# https://www.cccmix.com/ llms-full.txt ## Mixing & Separation Solutions * * * # Innovative Mixing & Separation Systems Mixing & Separating Tools for Limitless Applications [Request a Quote](https://www.cccmix.com/request-a-quote/) ![](https://www.cccmix.com/wp-content/uploads/2023/05/guarantee.webp) ## Providing Mixing Systems Since 2001 * * * **CCC is a private company with a twenty-year history in providing mixing & separation systems for mixing liquids with powders and mechanically separating suspended solids in a liquid.** We have satisfied worldwide customers in the food & beverage, chemical, cosmetic, environmental, and oil & gas industries. Our product service is extended to include on-site installation and commissioning. We have completed some of the most demanding projects in the most challenging conditions. CCC employees are highly qualified in their specific roles, and each member works as a team in delivering complete satisfaction to our customers. ## CCC Mix Overview https://www.cccmix.com/2025-11-24T18:17:07+00:00https://www.cccmix.com/wp-content/uploads/2023/05/guarantee.webphttps://www.cccmix.com/privacy/2021-02-24T22:29:55+00:00https://www.cccmix.com/about/2023-05-18T18:24:05+00:00https://www.cccmix.com/industries-served/2023-09-08T13:32:06+00:00https://www.cccmix.com/pilot-study/2025-11-24T18:04:49+00:00https://www.cccmix.com/request-a-quote/2025-11-24T18:06:08+00:00 ## Comprehensive Site Sitemap 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https://www.cccmix.com/post-sitemap.xml2023-11-15T17:56:27+00:00https://www.cccmix.com/page-sitemap.xml2025-11-24T18:17:07+00:00https://www.cccmix.com/re\_product-sitemap.xml2025-12-11T17:24:36+00:00https://www.cccmix.com/author-sitemap.xml2021-11-12T19:26:10+00:00 ## CCCMix Author Sitemap https://www.cccmix.com/author/jay/2021-11-12T19:26:10+00:00 ## CCCMix Product Sitemap 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## Innovative Mixing Solutions # Blog ## LATEST NEWS [![SAFECHEM Mixing Tank](https://www.cccmix.com/wp-content/uploads/2023/10/SAFECHEM_mix_tank_small.jpg)](https://www.cccmix.com/test-post-2/) [**Safely and Efficiently Mix Liquids with the SAFECHEM Mixing Tank**](https://www.cccmix.com/test-post-2/) October 27, 2023 Mixing liquids with varying viscosities presents challenges in both process safety and efficiency. The SAFECHEM Mixing Tank is designed to provide safe, rapid mixing for industrial applications. Its innovative features enable fast dissolution and dispersion without product loss. Safety is the top priority with the SAFECHEM Mixing Tank. It has a hinged closed hood and \[…\] [Read More](https://www.cccmix.com/test-post-2/) [![Mixing Edutor](https://www.cccmix.com/wp-content/uploads/2023/10/2-inch-mixing-eductor-small.png)](https://www.cccmix.com/az-mixing-eductor/) [**Achieve Optimal Mixing and Dispersion with the AZ Mixing Eductor**](https://www.cccmix.com/az-mixing-eductor/) October 23, 2023 Whether you’re working with powders, emulsions, or viscous liquids, getting the right consistency is crucial for product quality and performance. The AZ Mixing Eductor from Compatible Components Corporation provides superior mixing and dispersion for industrial applications using an innovative static mixing technology. This eductor has a range of features that enable it to outperform other \[…\] [Read More](https://www.cccmix.com/az-mixing-eductor/) [![AZ Tank Mixing Eductor](https://www.cccmix.com/wp-content/uploads/2023/10/AZ-Tank-Eductor_small.jpg)](https://www.cccmix.com/az-tank-eductor/) [**Economical, Energy-Efficient Tank Mixing with the AZ Tank Eductor**](https://www.cccmix.com/az-tank-eductor/) October 11, 2023 Properly mixing liquids, powders, and slurries in tanks and vessels is crucial for many industrial processes. However, traditional agitation methods can waste energy and be costly to install and maintain. The AZ Tank Eductor provides an innovative, economical solution for in-tank mixing. The AZ Tank Eductor operates through the Venturi principle to create efficient mixing \[…\] [Read More](https://www.cccmix.com/az-tank-eductor/) [![Bulk Bag Handling System](https://www.cccmix.com/wp-content/uploads/2023/10/bulk-bag-handler.jpg)](https://www.cccmix.com/test-post-1/) [**The Bulk Bag Handling System**](https://www.cccmix.com/test-post-1/) October 11, 2023 In today’s rapidly evolving industrial landscape, efficiency and precision in material handling are paramount. Industries dealing with bulk materials such as chemicals, minerals, and food products require innovative solutions to streamline their operations while maintaining product quality and safety. One such groundbreaking solution is the Bulk Bag Handling System connected to a Mixing Eductor. In \[…\] [Read More](https://www.cccmix.com/test-post-1/) * * * ## Engaging Blog Insights # Blog ## Test Post 4 ![Temporary Featured Image](https://www.cccmix.com/wp-content/uploads/2023/10/temp-banner.png) Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Tortor at risus viverra adipiscing. Libero justo laoreet sit amet cursus sit. Et magnis dis parturient montes nascetur ridiculus mus mauris vitae. Sit amet facilisis magna etiam tempor orci eu. Aliquam faucibus purus in massa tempor nec. Augue ut lectus arcu bibendum. Tincidunt arcu non sodales neque sodales ut etiam sit. Tellus at urna condimentum mattis pellentesque id nibh tortor id. Ullamcorper dignissim cras tincidunt lobortis feugiat vivamus. Sed arcu non odio euismod lacinia at quis. Potenti nullam ac tortor vitae purus faucibus ornare suspendisse sed. Augue lacus viverra vitae congue eu consequat ac felis. Volutpat ac tincidunt vitae semper quis lectus nulla at. Facilisis magna etiam tempor orci eu lobortis elementum nibh. Non arcu risus quis varius quam quisque id diam vel. Vel pretium lectus quam id leo. Id porta nibh venenatis cras sed felis eget. Elit duis tristique sollicitudin nibh. Lorem sed risus ultricies tristique nulla aliquet. Orci ac auctor augue mauris augue neque gravida. Consectetur purus ut faucibus pulvinar. Rhoncus aenean vel elit scelerisque mauris pellentesque. A cras semper auctor neque vitae. Maecenas ultricies mi eget mauris pharetra et ultrices. Sed enim ut sem viverra aliquet eget. Ligula ullamcorper malesuada proin libero. Proin sed libero enim sed faucibus. Egestas pretium aenean pharetra magna ac placerat vestibulum lectus mauris. At consectetur lorem donec massa sapien faucibus et molestie ac. Magna sit amet purus gravida quis blandit turpis cursus. Amet commodo nulla facilisi nullam vehicula. Bibendum enim facilisis gravida neque. Netus et malesuada fames ac turpis egestas maecenas pharetra. In nibh mauris cursus mattis molestie a iaculis at erat. Ut porttitor leo a diam sollicitudin tempor id eu. Amet consectetur adipiscing elit pellentesque. Aliquam nulla facilisi cras fermentum odio eu feugiat. Aliquam faucibus purus in massa tempor nec feugiat. Egestas sed tempus urna et pharetra pharetra massa massa ultricies. Ut consequat semper viverra nam libero justo laoreet sit amet. Volutpat ac tincidunt vitae semper quis lectus nulla. Scelerisque felis imperdiet proin fermentum leo vel orci porta. Euismod elementum nisi quis eleifend quam adipiscing vitae. Vestibulum rhoncus est pellentesque elit ullamcorper dignissim. Urna porttitor rhoncus dolor purus non. ## AZ Tank Eductor # Blog ## Economical, Energy-Efficient Tank Mixing with the AZ Tank Eductor ![AZ Tank Mixing Eductor](https://www.cccmix.com/wp-content/uploads/2023/10/AZ-Tank-Eductor_small.jpg) Properly mixing liquids, powders, and slurries in tanks and vessels is crucial for many industrial processes. However, traditional agitation methods can waste energy and be costly to install and maintain. The AZ Tank Eductor provides an innovative, economical solution for in-tank mixing. The AZ Tank Eductor operates through the Venturi principle to create efficient mixing action using only the facility’s existing pump. It has no moving parts, requiring less maintenance than mechanical agitators. The eductor is constructed of durable stainless steel for longevity. It generates a high-velocity jet stream that creates a powerful vacuum for drawing in and mixing tank contents. Key benefits of the AZ Tank Eductor include energy savings, rapid mixing, emulsion stabilization, and suspending solids. It provides up to 4X circulation of the tank volume while using minimal energy. The eductor promotes fast chemical reactions and prevents liquid stratification. With no motor required, it is inexpensive to purchase and operate. Custom manifold configurations accommodate different tank shapes and sizes. This innovative static mixer has been effectively implemented in a wide range of industries. It blends, agitates, and suspends ingredients for foods, cosmetics, pharmaceuticals, chemicals, wastewater treatment, and more. Specific examples include stabilizing emulsions, dissolving powders into liquids, and maintaining suspensions of solids. The AZ Tank Eductor delivers superior in-tank mixing without the complexity and costs of dynamic agitation. For affordable, energy-efficient mixing in vessels and tanks, the AZ Tank Eductor is an ideal solution. It provides rapid blending and dispersion while conserving pumping energy. With only a pump required, it simplifies process requirements. Contact us to learn how the AZ Tank Eductor can improve mixing and reduce costs for your application. ## AZ Mixing Eductor # Blog ## Achieve Optimal Mixing and Dispersion with the AZ Mixing Eductor ![Mixing Edutor](https://www.cccmix.com/wp-content/uploads/2023/10/2-inch-mixing-eductor-small.png) Whether you’re working with powders, emulsions, or viscous liquids, getting the right consistency is crucial for product quality and performance. The [AZ Mixing Eductor](https://www.cccmix.com/products/az-mixing-eductors/) from Compatible Components Corporation provides superior mixing and dispersion for industrial applications using an innovative static mixing technology. This eductor has a range of features that enable it to outperform other mixing methods. It has a stainless steel construction and no moving parts, making it low-maintenance. The non-circular twin turbine nozzle creates geometrically opposing vortices for rapid particle hydration and solubility. The AZ Mixing Eductor is easy to disassemble for cleaning and offers CIP capabilities.Key benefits of the AZ Mixing Eductor include preventing lumps and fish-eyes, allowing uniform blending even with difficult ingredients like hydrocolloids and polymers. It enables high-speed dosing and mixing without using mechanical shear. The result is a consistent, quality mixture every time. From foods to pharmaceuticals, this static mixer can improve mixing processes across industries. It effectively hydrates and disperses ingredients like \[list examples from HTML code\]. The AZ Mixing Eductor is backed by US Patent 8,622,715.For unbeatable mixing performance in a low-maintenance, easy to use system, the AZ Mixing Eductor is an ideal solution. Its innovative technology and superior results can enhance product quality and reduce process times. Check out the PDF performance charts or [request a quote](https://www.cccmix.com/request-a-quote/) to see how Compatible Components Corporation can improve your mixing. ## SAFECHEM Mixing Tank # Blog ## Safely and Efficiently Mix Liquids with the SAFECHEM Mixing Tank ![SAFECHEM Mixing Tank](https://www.cccmix.com/wp-content/uploads/2023/10/SAFECHEM_mix_tank_small.jpg) Mixing liquids with varying viscosities presents challenges in both process safety and efficiency. The SAFECHEM Mixing Tank is designed to provide safe, rapid mixing for industrial applications. Its innovative features enable fast dissolution and dispersion without product loss. Safety is the top priority with the SAFECHEM Mixing Tank. It has a hinged closed hood and sight glass to contain liquids and powders. Bags are placed on a conveyor and slit open via a star slitter or pneumatic slitter to prevent spills. The enclosed design contains dust and fumes for a cleaner, safer process. At the heart of the SAFECHEM Mixing Tank is the Conical Induction Agitator. Driven by air or an electric motor, it generates a powerful vacuum that rapidly draws in and mixes liquids. The conical elements thoroughly blend viscous liquids and dissolve powders through an energy-efficient Venturi effect. Key benefits of the Conical Induction Agitator include rapid dissolution of polymers and caustics, emulsification of liquids, and suspension of solids. It requires less horsepower than conventional mixers, saving energy. The SAFECHEM Mixing Tank allows efficient, uniform mixing in a safely enclosed system. The SAFECHEM Mixing Tank delivers safety and performance for industrial mixing applications. Its enclosed design and bag slitting system prevent spills and emissions. The Conical Induction Agitator mixes efficiently even with high-viscosity liquids. For safe, powerful mixing of liquids and powders, the SAFECHEM Mixing Tank is an ideal solution. Contact us to learn more or request a quote. ## Bulk Bag Handling # Blog ## The Bulk Bag Handling System ![Bulk Bag Handling System](https://www.cccmix.com/wp-content/uploads/2023/10/bulk-bag-handler-650x382.jpg) In today’s rapidly evolving industrial landscape, efficiency and precision in material handling are paramount. Industries dealing with bulk materials such as chemicals, minerals, and food products require innovative solutions to streamline their operations while maintaining product quality and safety. One such groundbreaking solution is the Bulk Bag Handling System connected to a Mixing Eductor. In this blog post, we will explore the capabilities and advantages of this integrated system, highlighting its potential to transform the way industries handle bulk materials and achieve optimal mixing results. Bulk Bag Handling Systems have become indispensable in various industries due to their ability to efficiently transport, store, and discharge bulk materials. These systems typically involve the use of flexible intermediate bulk containers (FIBCs), commonly known as bulk bags, which are filled with the material, lifted, and discharged at the desired location. Key components of a Bulk Bag Handling System include: ``` Bulk Bag Unloader: This device is used to lift and position the bulk bag over the process equipment for material discharge. Material Conveyance: Conveyors or feeders transport the material from the bulk bag to the processing equipment. Dust Control: Dust collectors and containment systems ensure a clean and safe working environment. Process Equipment: The equipment where material is mixed, blended, or processed. Control Systems: These systems oversee the operation and can be integrated into the broader production process. ``` ## Privacy Policy Overview # Privacy Policy ## Compatible Components Privacy Statement ### **Privacy Statement** Compatible Components is committed to safeguarding your privacy online. Please read the following policy to understand how your personal information will be treated as you make full use of our Web sites. This policy may change without prior notice. Some web pages created by Compatible Components use ‘cookies’, which are small text files that may be placed on your hard disk for record-keeping purposes. It is essentially your identification card, and cannot be executed as code or deliver viruses. It is uniquely yours and can only be read by the server that gave it to you. A cookie’s purpose is to tell the server that you returned to that Web page. Cookies in and of themselves do not personally identify users, although they do identify a user’s computer. Furthermore, a cookie in no way gives us access to your computer. The use of cookies is an industry standard. Many major Web sites use cookies to provide useful features for their customers. Most browsers are initially set up to accept cookies. If you’d prefer, you can set yours to refuse cookies. However, you will not be able to take full advantage of a Web site if you do so. Compatible Components will not send you any unsolicited information, including email regarding any commercial offers or advertisements at any time. We value the relationships we have with our customers and future customers, so we respect these concerns. Linked sites are not under the control of Compatible Components. Therefore, Compatible Components is not responsible or liable for the contents of any linked site or any link contained in a linked site. Links are provided to you as a convenience, and the inclusion of any link does not imply the endorsement of the site by Compatible Components. If you have any questions, feel free to [contact](http://marioninteractive.com/cccweb/request-a-quote/) us or e-mail us at [sales@cccmix.com](mailto:sales@cccmix.com). ## Mixing Technology Experts # About ## Company Overview Compatible Components Corporation was organized to introduce new technology for mixing solids with liquids and liquids with liquids to achieve complete dispersion and uniformity through the utilization of eductors and Jet pumps. Our research, pilot studies, and field applications have shown significant improvements in eductor and Jet pump effectiveness and efficiency with a unique nozzle orifice and Venturi/diffuser design. These design modifications provide better product dissolution, hydration and dispersion for uniformity.. Please refer to our brochures and drawings for detailed information on the AZ Mixing Eductors, AZ Tank Eductors and AZ Inline Static Mixers. [Contact Us to learn more about how Compatible Components is right for you!](https://www.cccmix.com/request-a-quote/) ## Industries Served Overview # Industries Served ![Oil & Gas](https://www.cccmix.com/wp-content/uploads/2021/02/inIndustries.jpg) ## Oil & Gas * * * Learn More In the world of Oil & Gas, where precision and efficiency are paramount, mixing eductors have emerged as unsung heroes. These unassuming devices, also known as jet mixers or venturi mixers, play a pivotal role in various industrial applications. In this introduction, we’ll dive into what mixing eductors are and why they’ve become indispensable tools in the Oil & Gas sector. **Mixing Eductors Unveiled** Mixing eductors operate on a simple yet ingenious principle. They harness fluid dynamics to blend and circulate fluids within a system. The magic happens when a high-velocity primary fluid, often a pressurized liquid or gas, enters the mixing eductor. As it speeds up in a constriction zone (the venturi), it creates a low-pressure area that draws in a secondary fluid, typically oil, water, or chemicals. This action results in thorough mixing and agitation, unlocking a host of applications. **Applications in Oil & Gas** 1. **Chemical Injection and Mixing:** Precision is key when introducing chemicals for corrosion control, scale inhibition, or hydrate prevention. Mixing eductors ensure these chemicals are uniformly dispersed into the pipeline, enhancing treatment effectiveness and equipment safety. 2. **Liquid-Liquid Mixing:** Oil and water often stubbornly coexist in emulsions, making separation a challenge. Mixing eductors help break these emulsions, improving the efficiency of separation processes and facilitating downstream operations. 3. **Gas-Liquid Mixing:** Gas sweetening processes, which remove harmful gases like H2S from natural gas, rely on effective contact between gases and liquids. Mixing eductors ensure uniform distribution of scrubbing solutions, boosting gas purification. 4. **Fluid Agitation:** Storage tanks and vessels housing various fluids require consistent mixing to prevent stratification and ensure uniform composition and temperature. Mixing eductors provide the necessary agitation to maintain product quality and stability. **Advantages of Mixing Eductors** **Energy Efficiency:** Mixing eductors are energy-savvy, utilizing the kinetic energy of the primary fluid to induce mixing, reducing the need for additional pumps or mixers. **Versatility:** Their adaptability makes mixing eductors suitable for a wide range of Oil & Gas applications, catering to specific process requirements. **Maintenance and Space Savings:** With fewer moving parts and simplified design, mixing eductors demand less maintenance and occupy minimal space within processing facilities. **Enhanced Safety:** By ensuring thorough mixing and dispersion of chemicals and gases, these devices contribute to a safer working environment, mitigating the risk of accidents and equipment failures. Intriguingly simple yet profoundly effective, mixing eductors have revolutionized fluid handling in the Oil & Gas industry. Their efficiency, versatility, and safety enhancements have made them indispensable, promising continued innovation and refinement in the years ahead. ![Pharmaceutical](https://www.cccmix.com/wp-content/uploads/2021/02/industries-2.jpg) ## Pharmaceutical * * * Learn More **Mixing Eductors in Pharma: The Perfect Dose of Precision** Welcome to the world of pharmaceuticals, where science and precision come together to create life-changing medications. Amidst the vials, tablets, and capsules, there’s a behind-the-scenes hero that’s quietly transforming the industry – mixing eductors. **The Art of Mixing in Pharma** Imagine a device that delicately swirls and combines pharmaceutical ingredients, ensuring each medication is consistent, potent, and safe. Mixing eductors are the unsung artists, using fluid dynamics to choreograph the perfect blend for your prescription. **Why Mixing Eductors?** So, what’s the buzz about mixing eductors in the pharmaceutical world? Here’s a quick look at their starring role in pharmaceutical manufacturing: **Consistency is Cure:** In pharmaceuticals, consistency is critical. Mixing eductors shine at creating uniform mixtures of active pharmaceutical ingredients (APIs), ensuring every pill or injection is as effective as the last. **Time is Health:** In pharmaceutical production, time is money – and sometimes even lives. Mixing eductors speed up the mixing process, allowing pharmaceutical companies to produce more while maintaining stringent quality standards. **Gentle on Ingredients:** Some pharmaceutical components, like sensitive proteins or specialized formulations, require a gentle touch. Mixing eductors offer a delicate yet effective mixing approach, preserving the integrity of these critical compounds. **Sustainability in Science:** Sustainability is a growing concern across industries, including pharmaceuticals. Mixing eductors are eco-friendly, utilizing the kinetic energy of fluids to minimize the need for additional equipment and energy consumption. **Sterile by Design:** Hygiene is paramount in pharmaceuticals. Mixing eductors are designed for easy cleaning and sterilization, ensuring product purity and compliance with the industry’s strictest standards. **Flexibility for Pharma:** Whether it’s a small research project or large-scale production, mixing eductors adapt to various batch sizes and process requirements, offering flexibility for pharmaceutical companies. **Dosing with Precision:** Precision in dosage is non-negotiable. Mixing eductors excel at precise dosing and blending of liquid or powder components, ensuring that the final product meets stringent quality requirements. **Cost-Effective Cures:** By reducing mixing times, lowering energy consumption, and minimizing ingredient wastage, mixing eductors are a cost-effective choice that allows pharmaceutical companies to create life-saving medications without inflating costs. **A Healthy Future with Mixing Eductors** As pharmaceutical processes continue to advance, mixing eductors are set to play an even more significant role in enhancing efficiency, cost-effectiveness, and product consistency. With their unique ability to balance precision with speed and energy efficiency, they’re the not-so-secret ingredient in the quest to develop safe and effective medications. So, the next time you take your prescription, know that mixing eductors may have had a hand in ensuring your well-being. ![Food & Beverage](https://www.cccmix.com/wp-content/uploads/2021/02/industries-3.jpg) ## Food & Beverage * * * Learn More **Mixing Eductors: The Secret Ingredient to Food & Beverage Excellence** Welcome to the world of food and beverages, where flavor, texture, and consistency are everything. In this behind-the-scenes look, we’ll uncover the not-so-secret weapon that’s transforming the industry – mixing eductors. **The Unsung Heroes of Flavor Fusion** Picture this: a device that swirls, blends, and marries ingredients like a culinary artist, creating the perfect recipe every time. That’s the magic of mixing eductors, also known as jet mixers or venturi mixers. They’re the culinary whisperers that use fluid dynamics to create symphonies of taste and texture. **Feeding Innovation in Food & Beverage** So, what’s the buzz about mixing eductors in the food and beverage world? Here’s a bite-sized rundown of their delicious benefits: **Uniform Blending:** Food and beverage manufacturers know that consistent mixing is the secret sauce to quality products. Mixing eductors excel at achieving homogeneity, ensuring that every mouthful is as delicious as the last. **Speedy Culinary Creations:** In the fast-paced world of food production, time is money. Mixing eductors cut down mixing times, increasing production efficiency without compromising on quality. **Gentle on Delicate Flavors:** Some ingredients are as delicate as a chef’s touch, and they need to be handled with care. Mixing eductors offer a gentle yet effective mixing method, preserving the flavors and textures of these ingredients. **Eco-Friendly Flavor Fusion:** Food and beverage production can be resource-intensive, but mixing eductors are eco-conscious. They utilize the kinetic energy of fluids, reducing the need for additional equipment and saving energy. **Easy Clean-Up:** Hygiene is paramount in food production. Mixing eductors are designed for easy cleaning and sterilization, ensuring food safety and compliance with strict regulations. **Recipe Flexibility:** From artisanal creations to mass production, mixing eductors are versatile. They can adapt to various batch sizes and process requirements, offering flexibility for food and beverage companies. **Flavor Precision:** In the culinary world, accuracy is key. Mixing eductors excel at precise dosing and blending of liquid or powder ingredients, ensuring that the final product is a flavor masterpiece. **Cost-Effective Cooking:** By reducing mixing times, energy consumption, and minimizing the risk of ingredient wastage, mixing eductors are a cost-effective choice for the long term. **The Future of Flavor Innovation** As food and beverage processes continue to evolve, mixing eductors are poised to play an even more significant role in driving efficiency, cost-effectiveness, and product consistency. With their ability to balance precision with speed and energy efficiency, they’re set to become essential ingredients in the food and beverage industry’s recipe for success. So next time you enjoy your favorite dish or sip a refreshing beverage, remember that mixing eductors might have had a hand in making it extra special. ![Breweries](https://www.cccmix.com/wp-content/uploads/2021/02/industries-4.jpg) ## Breweries * * * Learn More **Crafting the Perfect Brew: How AZ Mixing Eductors Elevate Beer Brewing** Welcome to the world of beer brewing, where the pursuit of perfection in every pint is an art form. While the magic primarily happens in the fermentation tanks and brewing kettles, there’s another element that’s increasingly crucial to achieving that perfect brew – AZ Mixing Eductors. **The Unseen Masters of Brewing** Picture this: a device that swirls and dances with your brewing ingredients, ensuring they meld together in symphonic harmony. That’s what AZ Mixing Eductors do, and they’re the unsung heroes ensuring that your favorite brew is consistent, flavorful, and high-quality. **The Recipe for Success: AZ Mixing Eductors** But what’s the buzz around AZ Mixing Eductors in the brewing world? Here’s a taste of what they bring to the brewer’s table: **Flavor Fusion:** Brewing is all about balance and consistency. AZ Mixing Eductors excel at creating a consistent blend of ingredients, guaranteeing that each sip of your beer is a delightful experience. **Brewer’s Time Saver:** Time is money in the brewing world. AZ Mixing Eductors reduce mixing time, allowing brewers to produce more beer batches without compromising on taste or quality. **Preserving Delicate Hops:** Hops, those aromatic wonders of brewing, can be fragile. AZ Mixing Eductors offer a gentle but thorough mixing process that preserves the delightful flavors and aromas of these precious ingredients. **Eco-Friendly Brewing:** Sustainability matters, even in brewing. AZ Mixing Eductors are eco-conscious, using the kinetic energy of fluids to reduce the need for additional equipment and saving energy. **Hygienic by Design:** Cleanliness is next to godliness in brewing. AZ Mixing Eductors are designed with easy cleaning and sterilization in mind, ensuring your beer meets the highest purity and safety standards. **Tailored to Your Needs:** Whether you’re a small craft brewery or a large-scale operation, AZ Mixing Eductors adapt seamlessly to different batch sizes and process requirements, offering flexibility for brewers. **Precision in Every Pour:** In brewing, accuracy is vital. AZ Mixing Eductors master precise dosing and blending of liquid or powder ingredients, ensuring that your beer consistently hits the right notes. **Cost-Efficient Brewing:** By reducing mixing times, minimizing energy usage, and preventing ingredient waste, AZ Mixing Eductors are a cost-effective choice that allows you to brew your best beer without breaking the bank. **Savoring a Bright Brewing Future** As brewing continues to evolve, AZ Mixing Eductors are set to play an even more significant role in enhancing efficiency, cost-effectiveness, and the consistent quality of beer. With their unique ability to blend precision with speed and energy efficiency, they’re the not-so-secret ingredient in crafting exceptional brews. So, the next time you enjoy a cold one, raise your glass to AZ Mixing Eductors for their behind-the-scenes contribution to brewing excellence. Cheers! ![Cosmetics](https://www.cccmix.com/wp-content/uploads/2021/02/industries-5.jpg) ## Cosmetics * * * Learn More **Flawless Beauty: How Mixing Eductors Transform the Cosmetics Industry** Welcome to the glamorous world of cosmetics, where the pursuit of beauty is an art. While the spotlight shines on lipsticks, serums, and creams, there’s a hidden star in the background – mixing eductors. **Mixing Eductors: The Unsung Heroes of Beauty** Imagine a device that delicately blends and marries cosmetic ingredients, creating the perfect blend that leaves you looking and feeling fabulous. Mixing eductors are the behind-the-scenes maestros, using fluid dynamics to perfect the recipes for your favorite cosmetics. **The Magic of Mixing Eductors in Cosmetics** But why are mixing eductors gaining popularity in the cosmetics industry? Here’s a glimpse of the magic they bring to the beauty world: **Cosmetic Consistency:** Beauty aficionados know that uniform mixing is the secret to flawless makeup and skincare. Mixing eductors excel at creating harmonious blends, ensuring that every drop of your favorite product is consistent and effective. **Time-Saving Beauty:** In the fast-paced world of cosmetics, time is money. Mixing eductors reduce blending time, allowing cosmetic manufacturers to produce more products without compromising quality. **Gentle on Your Skin:** Some cosmetic ingredients, like botanical extracts and vitamins, are delicate. Mixing eductors provide gentle yet effective mixing, preserving the integrity of these precious elements. **Eco-Chic Beauty:** Sustainability is in vogue, even in cosmetics. Mixing eductors are eco-conscious, using the kinetic energy of fluids to reduce the need for additional equipment and save energy. **Clean Beauty:** Hygiene is a must in cosmetics. Mixing eductors are designed for easy cleaning and sterilization, ensuring your beauty products meet the highest purity and safety standards. **Flexible Beauty Formulas:** Whether you’re a boutique skincare brand or a major cosmetics corporation, mixing eductors adapt seamlessly to different batch sizes and process requirements, offering flexibility for cosmetics manufacturers. **Precision Beauty:** In cosmetics, precision matters. Mixing eductors are masters at precise dosing and blending of liquid or powder ingredients, ensuring that your beauty products meet the highest quality standards. **Cost-Effective Glam:** By reducing mixing times, minimizing energy usage, and preventing ingredient waste, mixing eductors are a cost-effective choice that allows cosmetics manufacturers to create luxury products without a luxury price tag. **A Beautiful Future for Mixing Eductors** As the cosmetics industry continues to evolve, mixing eductors are set to play an even more significant role in enhancing efficiency, cost-effectiveness, and product consistency. With their unique ability to blend precision with speed and energy efficiency, they’re the not-so-secret ingredient in creating beauty products that make you feel like a star. So, the next time you apply your favorite makeup or skincare, remember that mixing eductors played a part in making you look and feel fabulous. ![Water Reclamation](https://www.cccmix.com/wp-content/uploads/2021/02/industries-6.jpg) ## Water Reclamation * * * Learn More **VorSpin Hydrocyclones: A Revolution in Water Reclamation** Welcome to the world of water reclamation, where every drop counts. In this quest for sustainability, we often turn to innovative solutions, and one name that’s making waves in the industry is VorSpin Hydrocyclone. **A Greener Path to Water Reclamation** Imagine a technology that acts like nature’s own filter, separating impurities from water with efficiency and precision. VorSpin Hydrocyclone does just that, and it’s quickly becoming the go-to solution for water reclamation processes. **Why VorSpin Hydrocyclones?** Let’s dive into the reasons behind the growing popularity of VorSpin Hydrocyclones in the water reclamation industry: **Efficient Separation:** Water reclamation involves the removal of solids from wastewater. VorSpin Hydrocyclones excel at this task, efficiently separating particles from the water, leaving you with cleaner and more usable water. **Space-Saving Design:** In a world where space is often limited, VorSpin Hydrocyclones offer a compact solution. They don’t require extensive floor space, making them ideal for retrofitting into existing treatment systems. **Cost-Effective:** Water reclamation can be expensive, but VorSpin Hydrocyclones help reduce costs. They require minimal maintenance and have lower energy consumption compared to other separation methods. **Customizable Solutions:** No two water reclamation processes are identical. VorSpin Hydrocyclones offer flexibility and can be tailored to meet specific requirements, ensuring that they fit seamlessly into your operation. **Minimal Environmental Impact:** Sustainability is a top priority, and VorSpin Hydrocyclones align with this goal. They contribute to reduced water waste and energy consumption, making them an eco-friendly choice. **Reduced Chemical Usage:** Many water reclamation processes rely on chemicals for separation. VorSpin Hydrocyclones can reduce or even eliminate the need for these chemicals, further lowering operating costs and environmental impact. **Low Maintenance:** VorSpin Hydrocyclones are designed for easy maintenance, reducing downtime and ensuring consistent performance. **Improved Water Quality:** The ultimate goal of water reclamation is to obtain clean, high-quality water. VorSpin Hydrocyclones help achieve this goal by efficiently removing contaminants and solids. **A Clear Future for Water Reclamation** As the importance of water reclamation continues to grow, VorSpin Hydrocyclones are set to play a pivotal role in making this process more efficient, cost-effective, and sustainable. Their ability to separate solids from water with precision, while minimizing environmental impact, makes them a valuable asset in the journey towards a greener and more water-efficient world. So, the next time you enjoy a glass of clean and reclaimed water, remember that VorSpin Hydrocyclones may have had a hand in making it possible. ## Pilot Study Program # Pilot Study We have a **rental program** that provides a painless way of evaluating our mixing and separating products: 1. Choose the product size and accessories. 2. Rental rate will be based on product size and accessories. 3. Rental starts upon arrival. 4. There is a 10 day minimum rental. All rental charges will be deducted from the sales price for any model. ## Products that qualify for the Pilot Study Program are: - [AZ Tank Eductors](https://www.cccmix.com/products/az-tank-eductors/) - [AZ Hydrocyclones](https://www.cccmix.com/products/vorspin-hydrocylones/) - [AZ Mixing Eductors](http://marioninteractive.com/cccweb/products/az-mixing-eductors/) Our product technology has been proven in a number of fields.  If you aren’t sure one of these systems is right for your specific applications or industry, we will be glad to answer your questions and work within your specificifications.  Test our products and see how it can work for you! [Contact Us](https://www.cccmix.com/request-a-quote/) to begin a pilot study program! ## Request a Quote # Request a Quote ## Request a Quote Please enter your information in the form with a description of needs and someone will follow-up. Thank you for your interest. **Compatible Components** [1234 North Post Oak Road\\ \\ Suite 100\\ \\ Houston, TX 77055](https://goo.gl/maps/ayDLB3riiVYdYH6HA) Phone: [713-688-2008](tel:7136882008) Fax: 713-688-2993 Email: [sales@cccmix.com](mailto:sales@cccmix.com) - First Name\* - Last Name\* - Company - Work Phone\* - Mobile Phone - Email\* - Which products are you interested in? (optional) - [ ] AZ Tank Eductors - [ ] AZ Inline Static Mixer - [ ] AZ Mixing Eductors - [ ] Conical Mixer - [ ] SAFECHEM MixingTank - [ ] Chaos Mixer - [ ] Urethane VorSpin Hydrocyclone - [ ] Stainless Steel VorSpin Hydrocyclone - [ ] AZ Self-Dumping Dewatering Hopper - [ ] Bulk Bag Handling System ## Industrial Mixing Solutions # Blog ### [Safely and Efficiently Mix Liquids with the SAFECHEM Mixing Tank](https://www.cccmix.com/test-post-2/) Mixing liquids with varying viscosities presents challenges in both process safety and efficiency. The SAFECHEM Mixing Tank is designed to provide safe, rapid mixing for industrial applications. Its innovative features enable fast dissolution and dispersion without product loss. Safety is the top priority with the SAFECHEM Mixing Tank. It has a hinged closed hood and \[…\] ### [Achieve Optimal Mixing and Dispersion with the AZ Mixing Eductor](https://www.cccmix.com/az-mixing-eductor/) Whether you’re working with powders, emulsions, or viscous liquids, getting the right consistency is crucial for product quality and performance. The AZ Mixing Eductor from Compatible Components Corporation provides superior mixing and dispersion for industrial applications using an innovative static mixing technology. This eductor has a range of features that enable it to outperform other \[…\] ### [Economical, Energy-Efficient Tank Mixing with the AZ Tank Eductor](https://www.cccmix.com/az-tank-eductor/) Properly mixing liquids, powders, and slurries in tanks and vessels is crucial for many industrial processes. However, traditional agitation methods can waste energy and be costly to install and maintain. The AZ Tank Eductor provides an innovative, economical solution for in-tank mixing. The AZ Tank Eductor operates through the Venturi principle to create efficient mixing \[…\] ### [The Bulk Bag Handling System](https://www.cccmix.com/test-post-1/) In today’s rapidly evolving industrial landscape, efficiency and precision in material handling are paramount. Industries dealing with bulk materials such as chemicals, minerals, and food products require innovative solutions to streamline their operations while maintaining product quality and safety. One such groundbreaking solution is the Bulk Bag Handling System connected to a Mixing Eductor. In \[…\] ## Separation Solutions Products # Products ### [VorSpin MultiPhase Separator](https://www.cccmix.com/products/vorspin-multiphase-separator/) The VorSpin MultiPhase Separator is a density separator utilizing centrifugal force to separator oil, water and solids. There are no moving parts, the rotational energy is supplied by a positive displacement pump to pressurize the fluid slurry entering the feed inlet to the Multi-Phase Separator.In operation, pump pressure is converted into rotational energy. The slurry \[…\] ### [AZ Self-Dumping Dewatering Hoppers](https://www.cccmix.com/products/az-self-dumping-dewatering-hoppers/) AZ Self-Dumping Dewatering Hopper Features and Benefits: Two Vertical Filter Panels provides a large filter surface area for rapid dewatering Filter back-flush capability One-step dewatering in a portable hopper Single safety latch for tilting and dumping hopper Non-blinding Vertical Filter Panels (do not blind off like horizontal filter media) Replaceable filter panels with wide choice \[…\] ### [VorSpin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/products/vorspin-hydrocylones/) Why Choose a Stainless Steel VorSpin Hydrocyclone Separator from Compatible Components? The VorSpin Hydrocyclone Separator Series: Hydrocyclone separator applications have a wide appeal to engineers and project managers in many industries because of their designed simplicity with no moving parts. The Fields of Industry applications are shown below: Food and Beverage Chemical Pharma Refineries Petrochemical \[…\] ### [Urethane & Polyurethane VorSpin Hydrocyclone Separators](https://www.cccmix.com/products/urethane-vorspin-hydrocyclones/) The VorSpin Hydrocyclone Series: Hydrocyclone applications have a wide appeal to engineers and project managers in many industries because of their designed simplicity with no moving parts. The Fields of Industry applications are shown below: Cement Chemical Clay Environmental Mineral Mining Drilling Refineries Petrochemical Dredging Some specific applications: Sand and silt removal or separation, drilling fluids solids removal, \[…\] ## Bulk Bag Handling System # Bulk Bag Handling System [Product](https://www.cccmix.com/products/) » Bulk Bag Handling System ## Bulk Bag Handling System Features & Benefits: 1. Dual Performance Delivery 2. Speed Mixing 3. Rapid Hydration & Dispersion 4. Dust-Free Mixing 5. Disposable & Non-Disposable Bulk Bags 6. Compact Design When a bulk bag is lowered into the bulk bag docking station, the disposable bulk bag is pierced and open from the massive weight of the bulk bag. The powder content is rapidly drawn from the bulk bag through the hermetically sealed suction assembly that is connected to the HydroDyne Jet Pump feed inlet. **Patent No. 8,622,715** ![](https://cccmix.com/wp-content/uploads/2021/01/Bulk-Bag-Assembly-2.png) ![](https://cccmix.com/wp-content/uploads/2021/01/Bag-Slitter-768x641-1-650x543.png) ![](https://cccmix.com/wp-content/uploads/2021/01/Bulk-Bag-with-forklift-768x833-1.jpg) Please click on the corresponding links below to view a PDF file of our **Bulk Bag Handling System Models**: [Bulk Bag Handling System Model C-BBS-45CF-04A](https://www.cccmix.com/wp-content/uploads/2019/01/C-BBS-45CF-04A.pdf) [Bulk Bag Handling System Model C-BBS-45CF-06A](https://www.cccmix.com/wp-content/uploads/2019/01/C-BBS-45CF-06A.pdf) ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment Alternative: WPA Notifications ## Conical Mixer Overview # Conical Mixer [Product](https://www.cccmix.com/products/) » Conical Mixer Most vertical agitators are classified as Axial-Flow or Radial-Flow. The Conical/Venturi Mixer is a vertical tank mixer in a class by itself, called “induction mixing”. In operation, the rotating, vertical shaft, driven by an air motor or electric motor, will generate a low pressure region surrounding the Conical/Venturi Mixing Elements. As the slurry enters each converging Conical Mixing Element, the fluid velocity will increase as it passes through the Venturi throat section of the Conical Mixing Element, lowering the static pressure in the mixing region. The Diffuser section converts the low pressure back to a higher pressure as the uniformly mixed slurry exits the Diffuser section. The scallops around the circumference of the Diffuser will generate turbulent vortices that will enhance the mixing process. ## Features & Benefits - Gentle treatment - Fast induction mixing - Low speed - Horse power reduction - Wide mixing range to 30,000 cP - Prevent product loss - Fast volume turn-over - Improve Rhelogy - Increase ES - Reduce tank cleaning labor **Patent No. 8,876,369** ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Updated-Conical-Mixer-11-19-2015-584x1024-1-171x300.png) ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Conical-mixer-cutaway-1024x560-1-300x164.png) ## Conical Mixer Pictures [![IMG_3188](https://www.cccmix.com/wp-content/gallery/conical-mixer/cache/IMG_3188.jpeg-nggid0257-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/conical-mixer/IMG_3188.jpeg "") [![IMG_3186](https://www.cccmix.com/wp-content/gallery/conical-mixer/cache/IMG_3186.jpeg-nggid0258-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/conical-mixer/IMG_3186.jpeg "") [![IMG_3185](https://www.cccmix.com/wp-content/gallery/conical-mixer/cache/IMG_3185.jpeg-nggid0259-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/conical-mixer/IMG_3185.jpeg "") [![IMG_3190](https://www.cccmix.com/wp-content/gallery/conical-mixer/cache/IMG_3190.jpeg-nggid0260-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/conical-mixer/IMG_3190.jpeg "") #### To learn how our systems can lower your costs and improve the quality of your products, [contact us](https://www.cccmix.com/request-a-quote/) for more information! ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## VorSpin MultiPhase Separator # VorSpin MultiPhase Separator [Product](https://www.cccmix.com/products/) » VorSpin MultiPhase Separator The VorSpin MultiPhase Separator is a density separator utilizing centrifugal force to separator oil, water and solids. There are no moving parts, the rotational energy is supplied by a positive displacement pump to pressurize the fluid slurry entering the feed inlet to the Multi-Phase Separator.In operation, pump pressure is converted into rotational energy. The slurry enters the hydrocyclone as a volute shaped inlet that generates a strong vortex, swirling the heavier material to the wall of the hydrocyclone, while the radial velocity moves the lighter constituents to the center axis. The heavier fractions report out tengentially near the bottom section of the hydrocyclone. The oil and any particles lighter than water will report out the tube located at the bottom of the hydrocyclone. The VorSpin MultiPhase Separator generates a single vortex that will cause liquid and solids separation. High separation efficiency is accomplished in separating oil, water and solids if solids are present in the slurry. The performance of the Multi-Phase Separator is unlike conventional hydroyclones in that the slurry to be separated enters on one end and all the constituent separation occurs on the other end. The uni-directional design with a single vortex permits the separated fractions report out their designated outlet without “short-circuiting,” particle leakage or particle intermingling caused by opposing vortices as is present in conventional hydrocyclones. ![](https://www.cccmix.com/wp-content/uploads/2021/01/DSC02672-e1457735918553-225x300-1.jpg)**![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/DSC02703-300x225.jpg)** ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/DSC02682-300x225.jpg) ## Brochures Please click on the links below to access our brochures for the **VorSpin MultiPhase Separator.** | | | | --- | --- | | **Brochures:** | [VorSpin MultiPhase Separator Brochure](https://cccmix.com/wp-content/uploads/2014/10/MULTIPHASE_SEPARATOR_PAGE_1_web.jpg "MultiPhase Separator Brochure") | | | [VorSpin MultiPhase Separator Brochure 2](https://cccmix.com/wp-content/uploads/2014/10/MULTIPHASE-SEPARATOR-BROCHURE-PAGE-1.jpg) | | | [VorSpin MultiPhase Separator Brochure 3](https://cccmix.com/wp-content/uploads/2014/10/MULTIPHASE-SEPARATOR-BROCHURE-PAGE-2.jpg) | | | [VorSpin MultiPhase Separator Manifold Brochure](https://cccmix.com/wp-content/uploads/2014/10/MULTIPHASE_SEPARATOR_PAGE_2_web.jpg "MultiPhase Separator Manifold") | To learn how our systems can lower your costs and improve the quality of your products, **[contact us](https://www.cccmix.com/request-a-quote/)** for more information! ## VorSpin MultiPhase Separator Pictures [![separator-1](https://www.cccmix.com/wp-content/gallery/vorspin-multiphase-separator/cache/separator-1.jpg-nggid0291-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-multiphase-separator/separator-1.jpg "") [![IMG_2817](https://www.cccmix.com/wp-content/gallery/vorspin-multiphase-separator/cache/IMG_2817.jpeg-nggid0292-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-multiphase-separator/IMG_2817.jpeg "") [![IMG_2818](https://www.cccmix.com/wp-content/gallery/vorspin-multiphase-separator/cache/IMG_2818.jpeg-nggid0293-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-multiphase-separator/IMG_2818.jpeg "") ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## SAFECHEM Mixing Tank # SAFECHEM Mixing Tank [Product](https://www.cccmix.com/products/) » SAFECHEM Mixing Tank The **SAFECHEM Mixing Tank** features safety first, with a hinged closed hood and sight glass. The bags are placed on a conveyer to slide them across a bag slitter that opens the bags without product loss. Bag slitters are available with a manual star slitter or pneumatic style slitter.  **The SAFECHEM Mixing Tank** features a Conical Induction Agitator that will quickly dissolve caustic soda and dispense other powdered additives. ## Features & Benefits - Uniformly mixes and blends liquids with varying viscosities - Dissolves polymers and caustics rapidly - Emulsifies multiple liquids - Air or electric motor drive - Less horsepower requirement - Suspends solids in a liquid medium ## The Conical Induction Mixer **The Conical Induction Mixer** is in a class of its own. The two mixing elements perform on the Airfoil/Bernoulli Principle “when velocity is high, pressure is low; inversely, when pressure is high, velocity is low”. As the Conical Induction Mixing Elements rotate around a center axis, the liquid or slurry is drawn into each lone element. The velocity increases as it passes through the Cone Venturi, generating a high velocity that produces a low pressure in the surrounding liquid. The generated low pressure region introduces more liquid through the Cone Mixing Elements. The Venturi effect in high viscosity slurries translates into a reduction in horsepower requirement. ###### [![](https://cccmix.com/wp-content/uploads/2021/01/SAFECHEM-4-6-2015-852x1024-1-650x781.png)](https://www.cccmix.com/wp-content/uploads/2021/01/SAFECHEM-4-6-2015-852x1024-1.png) Fig. 1 Illustrates how the **Conical Induction Mixer** mixes and blends liquids![](https://cccmix.com/wp-content/uploads/2021/01/SAFECHEM-Air-Motor-Closeup1-1024x723-1-650x459.png) Fig. 2 Shows the 4 HP GAST Air Motor and liquid fill connection. Please click on the corresponding links below to view a PDF file of our SAFECHEM Mixing TankModels: **SAFECHEM Mixing Tank:** **[SAFECHEM Mixing Tank (Model C-CMT-100-01)](https://www.cccmix.com/wp-content/uploads/2023/10/C-CMT-100-01A.pdf "SAFECHEM Mixing Tank (Model C-CMT-100-01)")** To learn how our systems can lower your costs and improve the quality of your products, **[contact us](https://www.cccmix.com/request-a-quote/)** for more information! Please click on the corresponding links below to access a PDF file of our SAFECHEM Mixing Tank Brochures. **SAFECHEM Mixing Tank** **[SAFECHEM Mixing Tank Brochure](https://www.cccmix.com/wp-content/uploads/2023/10/SAFECHEM-Mixing-Tank-manual-compressed.pdf "SAFECHEM Mixing Tank Brochure")** To learn how our systems can lower your costs and improve the quality of your products, [**contact us**](https://www.cccmix.com/request-a-quote/) for more information! ## SAFECHEM Mixing Tank Pictures [![IMG_2549](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/cache/IMG_2549.jpg-nggid0246-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/IMG_2549.jpg "") [![IMG_2547](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/cache/IMG_2547.jpg-nggid0247-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/IMG_2547.jpg "") [![IMG_2546](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/cache/IMG_2546.jpg-nggid0248-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/IMG_2546.jpg "") [![IMG_2545](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/cache/IMG_2545.jpg-nggid0249-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/IMG_2545.jpg "") [![IMG_3036](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/cache/IMG_3036.jpeg-nggid0250-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/safechem-mixing-tank/IMG_3036.jpeg "") ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## AZ Mixing Eductors # AZ Mixing Eductors [Product](https://www.cccmix.com/products/) » AZ Mixing Eductors The **AZ Mixing Eductor** can provide the required energy to accomplish proper mixing, hydration and dispersion utilizing a conventional centrifugal pump or rotary gear pump. The AZ Eductor does not use mechanical shear to achieve uniform hydration and dispersion. ### AZ Mixing Eductor Features: 1. No moving parts 2. Easy to disassemble and clean 3. CIP capability 4. Compact 5. Light weight 6. Stainless Steel construction ### AZ Mixing Eductor Benefits: 1. Rapid dispersion, hydration and particle solubility 2. High-speed dosing rate 3. Prevents lumps, “fish-eyes,” and microgels 4. Uniform blend with polymers, starches, emulsions, clays, pigments, gums, and hydrocolloids. The AZ Mixing Eductor has a non-circular nozzle that generates twin geometrically and opposing downstream vortices. The twin vortices interact with each other’s overlapping axes. The overlapping axes influence fluid stretching and folding. During the stretching, interfacial contact exposes individual strands that promote rapid hydration and the folding motion uniformly disperses the slurry. The dynamic interfacial contact in mixing will enhance the stability of the slurry. Please [contact our sales team](https://www.cccmix.com/request-a-quote/) to learn more about our **AZ Mixing Eductors** and our [Pilot Study Program](https://www.cccmix.com/pilot-study/). **Patent No. 8,622,715** [![](https://www.cccmix.com/wp-content/uploads/2023/10/2-inch-mixing-eductor-small-300x238.png)](https://www.cccmix.com/wp-content/uploads/2023/10/2-inch-mixing-eductor-small.png)**Fig. 1** Model C-ED-3-S-09 AZ Mixing Eductor [![](https://www.cccmix.com/wp-content/uploads/2021/01/2_Listing-Mixing_Eductors.jpg)](https://www.cccmix.com/wp-content/uploads/2021/01/2_Listing-Mixing_Eductors.jpg)**Fig. 2** Model C-ED-3-S-01 AZ Mixing Eductor ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/twin_turbine_nozzle.png)**Fig. 3** Twin Turbine Nozzle Insert ## AZ Mixing Eductor Pictures * * * [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3096.jpeg-nggid011-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3096.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3097.jpeg-nggid012-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3097.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3099.jpeg-nggid013-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3099.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3175.jpeg-nggid014-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3175.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3177.jpeg-nggid015-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3177.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3178-1.jpeg-nggid016-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3178-1.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3060.jpeg-nggid017-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3060.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3053.jpeg-nggid018-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3053.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3030.jpeg-nggid019-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3030.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_2914.jpeg-nggid0210-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_2914.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_2815.jpeg-nggid0211-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_2815.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_3009.jpeg-nggid0212-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_3009.jpeg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/C3-Jian-2.jpg-nggid0213-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/C3-Jian-2.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_2987.jpg-nggid0214-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_2987.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/C3-Jian-1.jpg-nggid0215-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/C3-Jian-1.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/Axiflow.jpg-nggid0216-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/Axiflow.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_2836.jpg-nggid0217-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_2836.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_2833.jpg-nggid0218-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_2833.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/IMG_2728-1.jpg-nggid0219-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/IMG_2728-1.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/eductor-8.jpg-nggid0220-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/eductor-8.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/eductor-7.jpg-nggid0221-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/eductor-7.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/eductor-5.jpg-nggid0222-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/eductor-5.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/eductor-6.jpg-nggid0223-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/eductor-6.jpg "") [![AZ Mixing Eductors](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/cache/eductor-4.jpg-nggid0224-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-mixing-eductors/eductor-4.jpg "") 1 [2](https://www.cccmix.com/products/az-mixing-eductors/nggallery/page/2) [►](https://www.cccmix.com/products/az-mixing-eductors/nggallery/page/2) ## AZ Mixing Eductor Performance Charts * * * Please click on the corresponding links below to access a PDF file of our **AZ Mixing Eductor** Performance Charts, sizes (1.0″) to (3.0″). **1 INCH:** [AZ Mixing Eductor – 1 Inch](https://www.cccmix.com/wp-content/uploads/2021/11/AZ-Mixing-Eductor_-1-Inch.pdf) **2 INCH:** [AZ Mixing Eductor – 2 Inch](https://www.cccmix.com/wp-content/uploads/2021/11/AZ-Mixing-Eductor_-2-Inch.pdf) **1 INCH TO 3 INCH:** [AZ Mixing Eductor – 1 Inch to 3 Inch](https://www.cccmix.com/wp-content/uploads/2021/11/AZ-Mixing-Eductor_-1-to-3-Inch.pdf) **1.5 INCH:** [AZ Mixing Eductor – 1.5 Inch](https://www.cccmix.com/wp-content/uploads/2021/11/AZ-Mixing-Eductor_-1.5-Inch.pdf) **3 INCH:** [AZ Mixing Eductor – 3 Inch](https://www.cccmix.com/wp-content/uploads/2021/11/AZ-Mixing-Eductor_-3-Inch.pdf) **4 INCH:** [AZ Mixing Eductor – 4 Inch](https://www.cccmix.com/wp-content/uploads/2021/11/HydroDyne-CCC-Chart-4-INCH.pdf) **6 INCH:** [AZ Mixing Eductor – 6 Inch](https://www.cccmix.com/wp-content/uploads/2021/11/HydroDyne-CCC-Chart-6-INCH.pdf) To learn how our systems can lower your costs and improve the quality of your products, [contact us](https://www.cccmix.com/request-a-quote/) for more information! ## AZ Mixing Eductor Applications * * * Below are some common applications with which we have achieved optimal results.  This is not an inclusive list, so if you do not see your specific ingredient listed below, please let us know and we will be glad to discuss it further.  **[Contact Us](https://www.cccmix.com/request-a-quote/)!** Swipe right or left to see all content. | **A – F** | **G – Pol** | **Pot – Z** | | --- | --- | --- | | Ammonium Acetate | Gelatines | Potassium Acetates | | Ammonium Silicate | Gluten | Potassium Aluminum Silicate | | Anti-caking Agents | Glycerol | Protein Powders | | Anti-foaming Agents | Gravies | Resins | | Barley Flour | Guar Gum | Sodium Acetate | | Bentonite | Gum Arabic | Sodium Aluminum Phosphate | | Biopolymers | Hard-to-mix Ingredients | SCMC (Sodium Carboxymethylcellulose) | | Calcium Bisulfate | HEC (Hydroxy Ethyl Cellulose) | Sodium Citrates | | Calcium Carbonates | HEMC (Hydroxy Ethyl Methyl Cellulose) | Sodium Gluconate | | Calcium Citrates | Hydrocolloids | Sorbitan (Emulsifier) | | Calcium Formate | Hydroxypropyl Cellulose | Sulfuric Acid | | CMC (Carboxymethylcellulose) | Lime | Starches | | Carrageenan (Polysaccharides) | Magnesium | Sugar and Sugar Substitutes | | Caropol | Magnesium Stearate | Tara Gum | | Citric Acid | Milk Powder | Talc | | Clays | Mineral Salts | Thickeners | | EDTA | Oils and Fats | Vegetable Gums | | Emulsifiers | Pectins | Wheat Flour | | Flavours | Polymers | Xanthan Gum | | Flocculants | Polysorbates (Emulsifiers) | Zinc Acetate | ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## Inline Static Mixer # AZ Inline Static Mixer [Product](https://www.cccmix.com/products/) » AZ Inline Static Mixer **Inline Static Mixers : plug-free mixing element  generating merging vortices for uniform dispersion and mixing.** The **AZ Inline Static Mixer** is a new and novel geometrical approach in boundary layer control for motionless mixing.  The AZ mixing element configuration has two extended lobes.  The cross-sectional area of the AZ mixing element is slightly less than the internal diameter of the tubing size.  The large cross-sectional area will generate strong streamwise vortices with a minimum of pressure loss.  The **AZ Inline Static Mixer** will accommodate variable flow rates without compromising the mixing effectiveness. In operation, the liquid or slurry entering the AZ mixing element is a smooth transition from laminar to turbulent flow.  The flow stream is converted into an axial and radial flow pattern providing strong vortice structures.  The radial flow issuing from the lobes will interact with the axial flow generating intense turbulence.  The downstream vortices will overlap each other providing increased entrainment, uniform mixing and dispersion of two or more liquids in a short distance. **The Model AZ series in Motionless Mixers without mixing element baffles that create back-pressure and plugging. Utilizing the pressurized energy in the production pipeline.** - Blend two or more liquid streams - Emulsify oils - Entrain gases in liquids ## AZ Inline Static Mixer Benefits: - Increase in mixing efficiency - Increase in blendability – optimized blending process - Smooth transition from laminar to turbulent flow - No tabs, baffles or plate obstruction to cause severe pressure drop - Non – clogging design – no obstruction in the flow pathway - Injection options and sample points - Minimum space requirement - Simple installation - No moving parts ## Applications: - Adhesives - Coatings & Paints - Cosmetics - Food - Detergents & Surfactants - Oil Blending - Solids Suspension Please [contact our sales team](https://www.cccmix.com/request-a-quote/) to learn more about our **AZ Inline Static Mixer** and our [Pilot Study Program](https://www.cccmix.com/pilot-study/). **Patent No. 8,622,715** ###### ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Three-ISM-with-triclamps-300x129.png) **Fig. 1** AZ Inline Static Mixer – Model C-ISM-3-S-01 ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Inline-Static-Mixer-300x163.png) **Fig. 2** Illustrates uniform mixture from motive feed inlet. Model C-ISM-3-S-01 ## Applications Below are some common applications with which we have achieved optimal results.  This is not an inclusive list, so if you do not see your specific ingredient listed below, please let us know and we will be glad to discuss it further.  [**Contact Us!**](https://www.cccmix.com/request-a-quote/) Swipe right or left to see all content. | **A – F** | **G – Pol** | **Pot – Z** | | --- | --- | --- | | Ammonium Acetate | Gelatines | Potassium Acetates | | Ammonium Silicate | Gluten | Potassium Aluminum Silicate | | Anti-caking Agents | Glycerol | Protein Powders | | Anti-foaming Agents | Gravies | Resins | | Barley Flour | Guar Gum | Sodium Acetate | | Bentonite | Gum Arabic | Sodium Aluminum Phosphate | | Biopolymers | Hard-to-mix Ingredients | SCMC (Sodium Carboxymethylcellulose) | | Calcium Bisulfate | HEC (Hydroxy Ethyl Cellulose) | Sodium Citrates | | Calcium Carbonates | HEMC (Hydroxy Ethyl Methyl Cellulose) | Sodium Gluconate | | Calcium Citrates | Hydrocolloids | Sorbitan (Emulsifier) | | Calcium Formate | Hydroxypropyl Cellulose | Sulfuric Acid | | CMC (Carboxymethylcellulose) | Lime | Starches | | Carrageenan (Polysaccharides) | Magnesium | Sugar and Sugar Substitutes | | Caropol | Magnesium Stearate | Tara Gum | | Citric Acid | Milk Powder | Talc | | Clays | Mineral Salts | Thickeners | | EDTA | Oils and Fats | Vegetable Gums | | Emulsifiers | Pectins | Wheat Flour | | Flavours | Polymers | Xanthan Gum | | Flocculants | Polysorbates (Emulsifiers) | Zinc Acetate | ## Performance Please click on the corresponding link below to access a PDF file of our **AZ Inline Static Mixer** Performance Chart, sizes (1″) to (3″). **1.0 INCH TO 3.0 INCH:** **[AZ Inline Static Mixer Performance Chart](https://www.cccmix.com/wp-content/uploads/2015/08/AZ-Inline-Static-Mixer-Performance-Chart-1-inch-through-3-inch-no-text.pdf)** To learn how our products can lower your costs and improve the quality of your products, **[contact us](https://www.cccmix.com/request-a-quote/)** for more information! ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## Self-Dumping Dewatering Hoppers # AZ Self-Dumping Dewatering Hoppers [Product](https://www.cccmix.com/products/) » AZ Self-Dumping Dewatering Hoppers ## AZ Self-Dumping Dewatering Hopper Features and Benefits: - Two Vertical Filter Panels provides a large filter surface area for rapid dewatering - Filter back-flush capability - One-step dewatering in a portable hopper - Single safety latch for tilting and dumping hopper - Non-blinding Vertical Filter Panels (do not blind off like horizontal filter media) - Replaceable filter panels with wide choice in micron size filter cloth Sludge and slurries can easily be transferred to the AZ Dewatering Self-Dumping Hopper for instant solids separation and dewatering by gravity drainage. Solids/liquid separation can be accelerated utilizing an air diaphragm pump. The air diaphragm pump can be connected to the hopper drainage port located below the safety latch. A strong vacuum is generated as the sludge level covers the drainage port resulting in rapid dewatering. The air diaphragm pump serves two purposes; 1. Accelerates the separation and dewatering process and 2. Delivers the clean liquid to a desired disposal location. Dewatered sludge is mobilized with a fork lift truck for dumping in a large roll-off container, designated dumping station or land farm location. ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Dewatering-Hopper-angled-1024x764-1.png) ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Dewatering-Hopper-with-arrows-1024x708-1.png) ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Screens-Separated-1024x666-1.png) ## Brochures Please click on the links below to access our **AZ Self-Dumping Hopper** **Brochures:** | | | | --- | --- | | **Brochures:** | [AZ Self-Dumping Hopper Brochure](https://www.cccmix.com/wp-content/uploads/2021/11/Dewatering-Hopper-1.pdf "AZ Self-Dumping Dewatering Hopper Brochure") | ## Performance Please click on the corresponding links below to access a PDF file of our **AZ Self-Dumping Hopper** Performance Chart. | | | | --- | --- | | **ALL MODELS:** | [AZ Self-Dumping Hopper Performance Chart](https://www.cccmix.com/wp-content/uploads/2021/11/AZ-Dewatering-Hopper-Performance-Chart.pdf "AZ Self-Dumping Hopper Performance Chart") | To learn how our systems can lower your costs and improve the quality of your products, [**contact us**](https://www.cccmix.com/request-a-quote/) for more information! ## AZ Self-Dumping Dewatering Hoppers Pictures [![Dewatering-Hopper-1](https://www.cccmix.com/wp-content/gallery/az-self-dumping-dewatering-hoppers/cache/Dewatering-Hopper-1.jpg-nggid0288-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-self-dumping-dewatering-hoppers/Dewatering-Hopper-1.jpg "") [![Dewatering-Hopper-3](https://www.cccmix.com/wp-content/gallery/az-self-dumping-dewatering-hoppers/cache/Dewatering-Hopper-3.jpg-nggid0289-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-self-dumping-dewatering-hoppers/Dewatering-Hopper-3.jpg "") [![Dewatering-Hopper-2](https://www.cccmix.com/wp-content/gallery/az-self-dumping-dewatering-hoppers/cache/Dewatering-Hopper-2.jpg-nggid0290-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-self-dumping-dewatering-hoppers/Dewatering-Hopper-2.jpg "") ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## Hydrocyclone Separators # VorSpin Stainless Steel Hydrocyclone Separators [Product](https://www.cccmix.com/products/) » VorSpin Stainless Steel Hydrocyclone Separators ## Why Choose a Stainless Steel VorSpin Hydrocyclone Separator from Compatible Components? The VorSpin Hydrocyclone Separator Series: Hydrocyclone separator applications have a wide appeal to engineers and project managers in many industries because of their designed simplicity with no moving parts. The Fields of Industry applications are shown below: - Food and Beverage - Chemical - Pharma - Refineries - Petrochemical - Breweries - Distilleries ## Hydrocyclone Separator Applications **Some specific applications:** Sand and silt removal or separation, drilling fluids solids removal, catalyst removal and soil washing. ## How Do Hydrocyclone Separators Work? Hydrocyclones use the centrifugal separation principle to remove or classify suspended solids in a slurry. The VorSpin Hydrocyclone separator features three improvements in hydrocyclone efficiency: 1. A volute feed inlet 2. A fluted Vortex Finder 3. A non-plugging discharge Apex The Volute feed inlet prevents the slurry from circulating back into the path of the incoming slurry, causing undesirable turbulence that reduces separation efficiency. The Fluted Vortex Finder shape increases the momentum as the incoming slurry swirls around the increasing cross-sectional area, causing a more rapid separation of the suspended solids. This also prevents larger particles from “short-circuiting” and reporting out the Vortex Finder with the liquid phase and smaller particles. The Non-plugging discharge Apex has a non-circular orifice configuration with a central core and lobes surrounding the central core. As the solids report out the Apex discharge, the surrounding lobes will cause any central core plugging to wash through by producing a differential pressure region. Please [contact our sales team](https://www.cccmix.com/request-a-quote/) to learn more about our **VorSpin Hydrocyclones** and our [Pilot Study Program](https://www.cccmix.com/pilot-study/). Available in **Stainless Steel** and high-density/high-abrasion resistant **[Urethane](https://www.cccmix.com/products/urethane-vorspin-hydrocyclones/).** ###### ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Vorspin-Hydrocyclone-PNG-e1421768582251.png) **Fig. 1** Illustrates the clean liquid overflow at the top, the solids underflow at the bottom, and the feed inlet at the center. ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Vorspin-Hydrocyclone-Cutaway.png) **Fig. 2** Illustrates the fluted Vortex Finder. All VorSpin Hydrocylones are constructed in Stainless Steel. ## VorSpin Hydrocyclone Brochures Please click on the corresponding links below to access a PDF file of our **VorSpin Hydrocyclones** Brochures. | | | | --- | --- | | **Stainless Steel Models:** | [Vorspin Hydrocyclone 304 S.S. Brochure](https://www.cccmix.com/wp-content/uploads/2019/12/Vorspin-Hydrocyclone-Stainless.pdf) | | **Urethane Models:** | [Vorspin Hydrocyclone Urethane Brochure](https://www.cccmix.com/wp-content/uploads/2019/12/Vorspin-Hydrocyclone-Urethane.pdf) | ## Performance Please click on the corresponding links below to access a PDF file of our **VorSpin Hydrocyclones** Performance Charts. | | | | --- | --- | | **Stainless Steel Models:** | [Vorspin Hydrocyclone 304 S.S. Performance Chart](https://www.cccmix.com/wp-content/uploads/2022/10/Stainless-Vorspin-Hydrocyclone-Performance-Chart.pdf) | | **Urethane Models:** | [Vorspin Hydrocyclone Urethane Performance Chart](https://www.cccmix.com/wp-content/uploads/2022/10/Urethane-Vorspin-Hydrocyclone-Performance-Chart.pdf) | To learn how our systems can lower your costs and improve the quality of your products, **[contact us](https://www.cccmix.com/request-a-quote/)** for more information! ## VorSpin Hydrocyclones Photos Stainless Steel Models: [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Stainless-2-Inch.jpg-nggid0261-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Stainless-2-Inch.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Black-Stainless-Hydrocyclone-Manifold.jpg-nggid0262-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Black-Stainless-Hydrocyclone-Manifold.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/IMG_2901.jpeg-nggid0263-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/IMG_2901.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/1.jpg-nggid0264-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/1.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/IMG_2895.jpeg-nggid0265-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/IMG_2895.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/IMG_2909.jpeg-nggid0266-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/IMG_2909.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydrocyclone-10.jpg-nggid0267-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydrocyclone-10.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-6.jpg-nggid0268-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-6.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-7.jpg-nggid0269-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-7.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-5.jpg-nggid0270-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-5.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-3.jpg-nggid0271-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-3.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-4.jpg-nggid0272-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-4.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/IMG_0505.jpeg-nggid0273-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/IMG_0505.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/3.jpeg-nggid0274-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/3.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/2.jpg-nggid0275-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/2.jpg "") Urethane Models: [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_2906.jpeg-nggid0276-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_2906.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_2907.jpeg-nggid0277-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_2907.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/Black-Urethane-Hydrocyclones.jpg-nggid0278-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/Black-Urethane-Hydrocyclones.jpg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/4.jpeg-nggid0279-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/4.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_3111.jpeg-nggid0280-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_3111.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_3059.jpeg-nggid0281-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_3059.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/Hydroclone-2.jpg-nggid0282-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/Hydroclone-2.jpg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_2905.jpeg-nggid0283-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_2905.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/Hydroclone-1.jpg-nggid0284-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/Hydroclone-1.jpg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_2660.jpeg-nggid0285-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_2660.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/6.jpeg-nggid0286-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/6.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/5.jpeg-nggid0287-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/5.jpeg "") ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## AZ Tank Eductors # AZ Tank Eductors [Product](https://www.cccmix.com/products/) » AZ Tank Eductors **AZ Tank Eductors** are economical and energy-conservative mixing devices for tank agitation, multiple liquid mixing, and suspending solids in vessels and tanks. The AZ Tank Eductors utilize the Bernoulli Principle in generating a high velocity to produce a low-pressure region. The AZ Tank Eductor is inexpensive in price and conserves energy in that three times the fluid that passes through the nozzle is drawn through the induction ports, entrained, and circulated into the tank as a tight plume, producing large-scale turbulence. In operation, pump pressure is converted into a high velocity jet stream as the fluid enters a unique nozzle orifice configuration. The issuing jet stream generates a low-pressure region in the tank, drawing and entraining fluid from the surrounding liquid or slurry. The volume circulating rate is four times the feed rate. ## AZ Tank Mixing Eductor Features: 1. Venturi Principle 2. No moving parts 3. Constructed in 304 and 316 S.S. 4. Near-perfect vacuum at 40 PSI motive pressure 5. Blending powders with liquids 6. Stainless Steel construction ## AZ Tank Eductor Benefits: 1. Energy conservation (four times the feed rate is the circulating rate) 2. Stabilizes emulsions 3. Rapidly mixes multiple liquids 4. Suspends solids 5. Manifold configurations to accommodate tank size and shape 6. Rapid chemical reaction 7. Slurry mixing/shearing 8. Prevent liquid stratification ## Brochures Please click on the corresponding link below to access a PDF file of our **AZ Tank Eductor** Brochure. [AZ Tank Eductor](https://www.cccmix.com/wp-content/uploads/2021/11/AZ-Tank-Eductor-Brochure.pdf) ![](https://cccmix.com/wp-content/uploads/2021/01/Tank-Eductor1-650x381.png) **Fig. 1** AZ Tank Eductor – Model C-TE-3-MT-01 ![](https://cccmix.com/wp-content/uploads/2021/01/tank_eductor.png) **Fig. 2** Illustrates uniform mixture from induction ports and motive feed inlet. Model C-TE-1-S-01 Please [contact our sales team](https://www.cccmix.com/request-a-quote/) to learn more about our **AZ Tank Eductors** and our [Pilot Study Program](https://www.cccmix.com/pilot-study/). **Patent No. 8,622,715** ## AZ Tank Mixing Eductor Pictures [![C-TE-1-S-304-1](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/C-TE-1-S-304-1.jpg-nggid0233-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/C-TE-1-S-304-1.jpg "") [![4-Inch-Tank-Eductor-2](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/4-Inch-Tank-Eductor-2.jpg-nggid0234-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/4-Inch-Tank-Eductor-2.jpg "") [![butt-weld-tank-eductor](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/butt-weld-tank-eductor.jpg-nggid0235-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/butt-weld-tank-eductor.jpg "") [![Monarch-Tank-Eductor-front](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/Monarch-Tank-Eductor-front.png-nggid0236-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.png)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/Monarch-Tank-Eductor-front.png "") [![4-Inch-Tank-Eductor](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/4-Inch-Tank-Eductor.jpg-nggid0237-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/4-Inch-Tank-Eductor.jpg "") [![IMG_3193](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/IMG_3193.jpeg-nggid0238-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/IMG_3193.jpeg "") [![IMG_2771](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/IMG_2771.jpeg-nggid0239-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/IMG_2771.jpeg "") [![IMG_3054](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/IMG_3054.jpeg-nggid0240-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/IMG_3054.jpeg "") [![IMG_2769](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/IMG_2769.jpeg-nggid0241-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/IMG_2769.jpeg "") [![IMG_2993](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/IMG_2993.jpeg-nggid0242-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/IMG_2993.jpeg "") [![Monarch-Tank-Eductor](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/Monarch-Tank-Eductor.png-nggid0243-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.png)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/Monarch-Tank-Eductor.png "") [![Tank-Eductor-with-Nozzle](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/Tank-Eductor-with-Nozzle.png-nggid0244-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.png)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/Tank-Eductor-with-Nozzle.png "") [![Monarch-Tank-Eductor-Side](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/cache/Monarch-Tank-Eductor-Side.png-nggid0245-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.png)](https://www.cccmix.com/wp-content/gallery/az-tank-eductors/Monarch-Tank-Eductor-Side.png "") ## Applications Below are some common applications with which we have achieved optimal results.  This is not an inclusive list, so if you do not see your specific ingredient listed below, please let us know and we will be glad to discuss it further.  [**Contact Us!**](https://www.cccmix.com/request-a-quote/ "Contact Compatible Components Corporation") Swipe right or left to see all content. | **A – F** | **G – Pol** | **Pot – Z** | | --- | --- | --- | | Ammonium Acetate | Gelatines | Potassium Acetates | | Ammonium Silicate | Gluten | Potassium Aluminum Silicate | | Anti-caking Agents | Glycerol | Protein Powders | | Anti-foaming Agents | Gravies | Resins | | Barley Flour | Guar Gum | Sodium Acetate | | Bentonite | Gum Arabic | Sodium Aluminum Phosphate | | Biopolymers | Hard-to-mix Ingredients | SCMC (Sodium Carboxymethylcellulose) | | Calcium Bisulfate | HEC (Hydroxy Ethyl Cellulose) | Sodium Citrates | | Calcium Carbonates | HEMC (Hydroxy Ethyl Methyl Cellulose) | Sodium Gluconate | | Calcium Citrates | Hydrocolloids | Sorbitan (Emulsifier) | | Calcium Formate | Hydroxypropyl Cellulose | Sulfuric Acid | | CMC (Carboxymethylcellulose) | Lime | Starches | | Carrageenan (Polysaccharides) | Magnesium | Sugar and Sugar Substitutes | | Caropol | Magnesium Stearate | Tara Gum | | Citric Acid | Milk Powder | Talc | | Clays | Mineral Salts | Thickeners | | EDTA | Oils and Fats | Vegetable Gums | | Emulsifiers | Pectins | Wheat Flour | | Flavours | Polymers | Xanthan Gum | | Flocculants | Polysorbates (Emulsifiers) | Zinc Acetate | ## Performance Please click on the corresponding link below to access a PDF file of our **AZ Tank Eductor** Performance Chart, sizes (0.50″) to (2.00″). **0.5 INCH TO 2 INCH:** [AZ Tank Eductor Performance Chart](https://www.cccmix.com/wp-content/uploads/2021/11/AZ-Tank-Eductor-Performance-Chart.pdf) To learn how our products can lower your costs and improve the quality of your products, **[contact us](https://www.cccmix.com/request-a-quote/)** for more information! ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## Urethane Hydrocyclone Separators # Urethane & Polyurethane VorSpin Hydrocyclone Separators [Product](https://www.cccmix.com/products/) » Urethane & Polyurethane VorSpin Hydrocyclone Separators The **VorSpin Hydrocyclone** Series: Hydrocyclone applications have a wide appeal to engineers and project managers in many industries because of their designed simplicity with no moving parts. The Fields of Industry applications are shown below: - Cement - Chemical - Clay - Environmental - Mineral Mining - Drilling - Refineries - Petrochemical - Dredging **Some specific applications:** Sand and silt removal or separation, drilling fluids solids removal, catalyst removal and soil washing. **Hydrocyclones** use the centrifugal separation principle to remove or classify suspended solids in a slurry. The **VorSpin Hydrocyclone** features three improvements in hydrocyclone efficiency: 1. A volute feed inlet 2. A fluted Vortex Finder 3. A non-plugging discharge Apex The **Volute feed inlet** prevents the slurry from circulating back into the path of the incoming slurry, causing undesirable turbulence that reduces separation efficiency. The **Fluted Vortex Finder** shape increases the momentum as the incoming slurry swirls around the increasing cross-sectional area, causing a more rapid separation of the suspended solids. This also prevents larger particles from “short circuiting” and reporting out the Vortex Finder with the liquid phase and smaller particles. The **Non-plugging discharge Apex** has a non-circular orifice configuration with a central core and lobes surrounding the central core. As the solids report out the Apex discharge, the surrounding lobes will cause any central core plugging to wash through by producing a differential pressure region. Please [contact our sales team](https://www.cccmix.com/request-a-quote/) to learn more about our **VorSpin Hydrocyclones** and our [Pilot Study Program](https://www.cccmix.com/pilot-study/). ###### ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Urethane-Hydrocyclone-FULL2-663x1024-1.png) **Fig. 1** Illustrates the clean liquid overflow at the top, the solids underflow at the bottom, and the feed inlet at the center. ![](http://marioninteractive.com/cccweb/wp-content/uploads/2021/01/Urethane-Hydrocyclone-Cutaway-584x1024-1.png) **Fig. 2** Illustrates the fluted Vortex Finder. ## VorSpin Hydrocyclone Brochures Please click on the links below to access our **VorSpin Hydrocylone** **Brochures:** **Brochures:** **[Vorspin Hydrocyclone Brochure](https://www.cccmix.com/wp-content/uploads/2014/10/Vorspin-Hydrocyclone-Brochure.pdf)** To learn how our systems can lower your costs and improve the quality of your products, [**contact us**](https://www.cccmix.com/request-a-quote/) for more information! ## Performance Please click on the corresponding links below to access a PDF file of our **VorSpin Hydrocyclones** Performance Charts. **Stainless Steel Models: [Vorspin Hydrocyclone 304 S.S. Performance Chart](https://www.cccmix.com/wp-content/uploads/2014/10/Vorspin-Hydrocyclone-Performance-and-Dimensional-Chart.pdf)** **Urethane Models: [Vorspin Hydrocyclone Urethane Performance Chart](https://www.cccmix.com/wp-content/uploads/2014/10/Vorspin-Hydrocyclone-Urethane-Dimensional-Chart.pdf)** ## VorSpin Hydrocyclones Photos [Stainless Steel](https://www.cccmix.com/products/vorspin-hydrocylones/) Models: [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Stainless-2-Inch.jpg-nggid0261-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Stainless-2-Inch.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Black-Stainless-Hydrocyclone-Manifold.jpg-nggid0262-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Black-Stainless-Hydrocyclone-Manifold.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/IMG_2901.jpeg-nggid0263-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/IMG_2901.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/1.jpg-nggid0264-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/1.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/IMG_2895.jpeg-nggid0265-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/IMG_2895.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/IMG_2909.jpeg-nggid0266-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/IMG_2909.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydrocyclone-10.jpg-nggid0267-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydrocyclone-10.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-6.jpg-nggid0268-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-6.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-7.jpg-nggid0269-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-7.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-5.jpg-nggid0270-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-5.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-3.jpg-nggid0271-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-3.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/Hydroclone-4.jpg-nggid0272-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/Hydroclone-4.jpg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/IMG_0505.jpeg-nggid0273-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/IMG_0505.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/3.jpeg-nggid0274-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/3.jpeg "") [![Vorspin Stainless Steel Hydrocyclone Separators](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/cache/2.jpg-nggid0275-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocylones-stainless-steel/2.jpg "") Urethane Models: [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_2906.jpeg-nggid0276-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_2906.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_2907.jpeg-nggid0277-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_2907.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/Black-Urethane-Hydrocyclones.jpg-nggid0278-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/Black-Urethane-Hydrocyclones.jpg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/4.jpeg-nggid0279-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/4.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_3111.jpeg-nggid0280-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_3111.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_3059.jpeg-nggid0281-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_3059.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/Hydroclone-2.jpg-nggid0282-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/Hydroclone-2.jpg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_2905.jpeg-nggid0283-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_2905.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/Hydroclone-1.jpg-nggid0284-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/Hydroclone-1.jpg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/IMG_2660.jpeg-nggid0285-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/IMG_2660.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/6.jpeg-nggid0286-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/6.jpeg "") [![Urethane & Polyurethane Vorspin Hydrocyclone Separator](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/cache/5.jpeg-nggid0287-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/vorspin-hydrocyclones-urethane/5.jpeg "") ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## Chaos Mixer Product # Chaos Mixer [Product](https://www.cccmix.com/products/) » Chaos Mixer ## Efficient Mixing and Blending from A to Z **One of the most important properties in Oil-based, Synthetic-based and Invert-Emulsion Drilling Fluids is the electrical stability (ES).** **ES** relates to the stability of the emulsion and oil-wetting capabilities. There are many factors that can affect the degree of emulsification, such as suspended solids, dynamic shear, temperature and pressure.  In many cases large volumes of oil-based drilling fluids are mixed without proper and adequate shearing, causing the oil to separate and barite settling. The Chaos Mixer is a mixing device that will assure maximum Electrical Stability.  When the drilling fluid passes through the opposing Cavitation Mixing Nozzles and collapse in the mixing chamber due to the sudden reduction in pressure, the forming vapor bubbles implode, generating dynamic shear and fine particle dispersion. **Cavitation Mixing Nozzle**: **Hydrodynamic Cavitation** is the formation, growth and implosive collapse of developing vapor bubbles in a liquid, created by a fluctuation in fluid pressure.  The **hydrodynamic** process generating the formation, intensity of implosion and speed of collapse can be controlled through feed pressure to produce the necessary energy dissipation levels.  In the application of cavitation dispersion for finely dispersed emulsions, 92.4 ft/sec. or 40 PSI is adequate. The slurry enters the converging section of the **Cavitation Mixing Nozzle** which increases the velocity to approximately 92.4 ft/sec., the slurry then passes through the throat section of the nozzle, gaining full velocity.  As the slurry enters the diverging section of the diffuser the high velocity is suddenly converted into pressure, causing vapor bubbles to form. Please [contact our sales team](https://www.cccmix.com/request-a-quote/) to learn more about our **Chaos Mixer** and our [Pilot Study Program](https://www.cccmix.com/pilot-study/). ###### [![](https://cccmix.com/wp-content/uploads/2021/01/Chaos-Mixer-2-1024x797-1-300x233.png)](https://www.cccmix.com/wp-content/uploads/2021/01/Chaos-Mixer-2-1024x797-1.png) **Fig. 1** Model C-CH-10-G-01 Chaos Mixer ![Chaos Mixer](https://www.cccmix.com/wp-content/uploads/2021/01/Chaos-mixer-with-logo-on-skid-1-1-min-300x226.png) **Fig. 2** Illustrates the full Chaos Mixer Assembly ###### [![](https://www.cccmix.com/wp-content/uploads/2021/01/Cavitation-Nozzles-1024x331-1.png)](https://www.cccmix.com/wp-content/uploads/2021/01/Cavitation-Nozzles-1024x331-1.png) **Fig. 3** Illustrates the colliding forces within the Chaos Mixer ## Chaos Mixer Pictures [![IMG_2788](https://www.cccmix.com/wp-content/gallery/chaos-mixer/cache/IMG_2788.jpg-nggid0251-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/chaos-mixer/IMG_2788.jpg "") [![IMG_2786](https://www.cccmix.com/wp-content/gallery/chaos-mixer/cache/IMG_2786.jpg-nggid0252-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/chaos-mixer/IMG_2786.jpg "") [![IMG_2784](https://www.cccmix.com/wp-content/gallery/chaos-mixer/cache/IMG_2784.jpg-nggid0253-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpg)](https://www.cccmix.com/wp-content/gallery/chaos-mixer/IMG_2784.jpg "") [![IMG_3107](https://www.cccmix.com/wp-content/gallery/chaos-mixer/cache/IMG_3107.jpeg-nggid0254-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/chaos-mixer/IMG_3107.jpeg "") [![IMG_3197](https://www.cccmix.com/wp-content/gallery/chaos-mixer/cache/IMG_3197.jpeg-nggid0255-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/chaos-mixer/IMG_3197.jpeg "") [![IMG_3093](https://www.cccmix.com/wp-content/gallery/chaos-mixer/cache/IMG_3093.jpeg-nggid0256-ngg0dyn-165x115x100-00f0w010c010r110f110r010t010.jpeg)](https://www.cccmix.com/wp-content/gallery/chaos-mixer/IMG_3093.jpeg "") ## Applications Below are some common applications with which we have achieved optimal results.  This is not an inclusive list, so if you do not see your specific ingredient listed below, please let us know and we will be glad to discuss it further.  [**Contact Us!**](https://www.cccmix.com/request-a-quote/) Swipe right or left to see all content. | **A – F** | **G – Pol** | **Pot – Z** | | --- | --- | --- | | Ammonium Acetate | Gelatines | Potassium Acetates | | Ammonium Silicate | Gluten | Potassium Aluminum Silicate | | Anti-caking Agents | Glycerol | Protein Powders | | Anti-foaming Agents | Gravies | Resins | | Barley Flour | Guar Gum | Sodium Acetate | | Bentonite | Gum Arabic | Sodium Aluminum Phosphate | | Biopolymers | Hard-to-mix Ingredients | SCMC (Sodium Carboxymethylcellulose) | | Calcium Bisulfate | HEC (Hydroxy Ethyl Cellulose) | Sodium Citrates | | Calcium Carbonates | HEMC (Hydroxy Ethyl Methyl Cellulose) | Sodium Gluconate | | Calcium Citrates | Hydrocolloids | Sorbitan (Emulsifier) | | Calcium Formate | Hydroxypropyl Cellulose | Sulfuric Acid | | CMC (Carboxymethylcellulose) | Lime | Starches | | Carrageenan (Polysaccharides) | Magnesium | Sugar and Sugar Substitutes | | Caropol | Magnesium Stearate | Tara Gum | | Citric Acid | Milk Powder | Talc | | Clays | Mineral Salts | Thickeners | | EDTA | Oils and Fats | Vegetable Gums | | Emulsifiers | Pectins | Wheat Flour | | Flavours | Polymers | Xanthan Gum | | Flocculants | Polysorbates (Emulsifiers) | Zinc Acetate | ## Performance Please click on the corresponding links below to access a PDF file of our **Chaos Mixer** Performance Charts **Chaos Mixer** **[Chaos Mixer Performance chart](https://www.cccmix.com/wp-content/uploads/2015/03/Chaos-Mixer-Performance-chart-3-17-20151.pdf)** To learn how our systems can lower your costs and improve the quality of your products, [**contact us**](https://www.cccmix.com/request-a-quote/) for more information! ### Request a Quote - Hidden Product\* - Name\* - Phone\* - Email\* - Comment ## CCCMix Blog Updates # Blog ## LATEST NEWS [![Temporary Featured Image](https://www.cccmix.com/wp-content/uploads/2023/10/temp-banner.png)](https://www.cccmix.com/test-post-4/) [**Test Post 4**](https://www.cccmix.com/test-post-4/) October 10, 2023 Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Tortor at risus viverra adipiscing. Libero justo laoreet sit amet cursus sit. Et magnis dis parturient montes nascetur ridiculus mus mauris vitae. Sit amet facilisis magna etiam tempor orci eu. Aliquam faucibus purus in massa tempor \[…\] [Read More](https://www.cccmix.com/test-post-4/) * * * ## Liquids/Solids Separator ![](https://www.cccmix.com/wp-content/uploads/2019/12/images/cda049686c963386f4fc86aac4b932183e0fcce43831096e37246aa544abd5a1.jpg) VorSpinHydrocyclone Effective & Efficient Liquids/Solids Separation # Primary Applications $\\bullet$ Barite Recovery in weighted drilling fluids. $\\bullet$ Removal of low gravity solids in unweighted drilling fluids # COmpatIBle COmponentS CORporatiON Website: [www.cccmix.com](http://www.cccmix.com/) • Email: [sales@cccmix.com](mailto:sales@cccmix.com) Telephone: 713-688-2008 • Fax: 713-688-2993 Address: 1234 N. Post Oak Rd., Suite 100 Houston, TX 77055 Circular Manifold Arrangement Provides equal pressure to each VorSpin Hydrocyclone ![](https://www.cccmix.com/wp-content/uploads/2019/12/images/5989b687176ea35aabe0c692790ce197156be9d6f3d27a02a61fac54418fdc2c.jpg) Model AZ-VS-U-2-12 360 GPM $@$ 40 PSI (92ft/ nd) ![](https://www.cccmix.com/wp-content/uploads/2019/12/images/581852bac882c8d532f9a52f3851f501e7d0fa5f9e3081ff49b8c8c28750ba7f.jpg) ## VorSpin Hydrocyclone ![](https://www.cccmix.com/wp-content/uploads/2014/10/images/9bdbcea9fd3c6fba6d563d89c6f13253245c3a980db7d434e1a4e71c46ae3b29.jpg) Hydrocyclones use the centrifugal separation principle to remove or classify suspended solids in a slurry. The VorSpin Hydrocyclone features three improvements in hydrocyclone efficiency: 1) A Volute feed inlet, 2 A fluted Vortex Finder and 3) a Non-plugging discharge Apex nozzle. The Volute feed inlet prevents the slurry from circulating back into the path of the incoming slurry, causing undesirable turbulence that will reduce separation efficiency. The fluted Vortex Finder shape increases the momentum as the incoming slurry swirls around the decreasing cross-sectional area, causing a more rapid separation of the suspended solids. This also prevents larger particles from "short circulating" and reporting out the Vortex Finder with the liquid phase. # Solids Under Flow # Compatible Components Corporation Website: [www.cccmix.com](http://www.cccmix.com/) • Email: [sales@cccmix.com](mailto:sales@cccmix.com) Telephone: 713-688-2008 • Fax: 713-688-2993 Address: 1234 North Post Oak Rd., Suite 100 Houston, TX 77055 # VorSpin Hydrocyclone Stainless Steel Construction ![](https://www.cccmix.com/wp-content/uploads/2014/10/images/01b85db4a5a91dc3571fc8dcc918be4e6d7d2793cb6325a3f9644206a5d03313.jpg) # Compatible Components Corporation ## AZ Tank Eductor # AZ Tank Eductor A Better Choice for Mixing ![](https://www.cccmix.com/wp-content/uploads/2021/11/images/e013e9839c0db0590b001a03277676c4cfea8cdfe3c9b7aecc1addc148e9c1e5.jpg) # Features & Benefits No Moving Parts Compact Design Easy Installation Suspending Solids Tri-Clamp Connection Slurry Mixing/Shearing # Compatible Components Corporation Stabilizing Emulsions Rapid Chemical Reaction Prevent Liquid Stratification Stainless Steel Construction Blending Powders with Liquids # AZ Tank Eductor ![](https://www.cccmix.com/wp-content/uploads/2021/11/images/edff60b6a51ea26ecbccc2ee49cb9e772f720ebaa75f0120dbf14c97895ca0b1.jpg) # Corner Tank Installation # Circular Bottom Installation AZ Tank Eductors are economical and energy conservation mixing devices for tank agitation, multiple liquid ating a high velocity to produce a low pressure region. Th AZ Tank Eductors areinexpensive cost and conserve energy nthat three times the fluid that passs throgh thenozzl rawnhrogh thenuction port rain n ciculatd into the tank as plume, producing small and large scale turbulence. Inratin, pump presur cnverted into ahigh velocityjtreamasthe fuid enters anique zzle ing fluid from the surrounding liquid or slurry. ## Bulk Bag Systems ![](https://www.cccmix.com/wp-content/uploads/2019/01/images/859acc01ac139949b04243ce1cb04092c1d2aa808b2564ddcac99345d0fa9baa.jpg) ![](https://www.cccmix.com/wp-content/uploads/2019/01/images/09be4f95af907d3640b7b7f4a30895f2de36c2330408cdf8c7f2cf6f2bc2be6f.jpg) | | | | --- | --- | | TOLERANCES (EXCEPT AS NOTED) | | 3 PLACE DECIMALS ± .125 | | | 2 PLACE DECIMALS \* .188 | | | 1 PLACE DECIMALS ± .250 | | | | | | | --- | --- | --- | | DATE | REV | BY | | 03/04/16 | A | A.L. | ![](https://www.cccmix.com/wp-content/uploads/2019/01/images/6f38c6f70d241e22a2c7620054be5e04394a0fb3254deea031602cdfa5141e96.jpg) NOTES: 1. DIMENSIONS $=$ INCHES \[mm\]. | | | | | | | --- | --- | --- | --- | --- | | PARTS LIST | | ITEM | QTY | PART NUMBER | DESCRIPTION | MATERIAL | | 1 | 1 | C-031413-08 | BAG SLITTER ASSY. | Stainless Steel | | 2 | 1 | C-031413-18 | BULK BAG FRAME ASSY, 45 CF. | Stainless Steel | | 3 | 1 | C-BSP-45CF-01 | REMOVABLE BAG SPREADER, 35" BULK BAG | Stainless Steel | | 4 | 1 | C-CR-10X6-FXG-304 | REDUCER, 10"x6" CONCENTRIC, FLGxGRV | Stainless Steel | | 5 | 1 | C-ED-6-G-03 | EDUCTOR, 6" MIXING | Stainless Steel | | 6 | 1 | C-SG-6-G-U | SIGHTGLASS, 6" GRVxGRV | Urethane | | 7 | 2 | C-VC-6-77-CS | COUPLING, 6" GRV. | Carbon Steel | | | | | | | | | | | --- | --- | --- | --- | --- | --- | --- | --- | | J OMPATIBLE | rawn BYA.LERMA | Date 08/21/15 Title | Materlal NOTED | Sheet No. SHEET 1 of 1 | ESTIMATED WEIGHT | | OMPONEN | 1234 N. Post Oak Ste.100 | 7705 | | 45 CF BULK BAG HANDLER SYSTEM | Copyright: This drawing is not to be reproduced or modlifled in any way without expressed written consent from | Drawing No. | | | C ORPORAT ION | Houston, TX. Phone: 713-688-2008 Faxi 713-688-2993 www.cccmix.com | | GENERAL ARRANGEMENT W.pLette | C-BBS-45CF-04A | ## Bulk Bag Handler ![](https://www.cccmix.com/wp-content/uploads/2019/01/images/3395621d5151c482a56da4d657e0c6195e0ef3fcd6d3fe06ede6eb86894f0838.jpg) ![](https://www.cccmix.com/wp-content/uploads/2019/01/images/60b5f653eaa5e29dcf0bf29794526b79b83a2d6a8f5924cb95dfc3f6beb9e843.jpg) | | | | --- | --- | | TOLERANCES (EXCEPT AS NOTED) | | 3 PLACE DECIMALS ± .125 | | | 2 PLACE DECIMALS ± .188 | | | 1 PLACE DECIMALS ±.250 | | | | | | | --- | --- | --- | | DATE | REV | BY | | 03/04/16 | A | A.L. | ![](https://www.cccmix.com/wp-content/uploads/2019/01/images/a49a24b8fffa92787a9ffb9d471a95e4713e6c730c29c42196cf7b0cafbd8983.jpg) | | | | | | | --- | --- | --- | --- | --- | | PARTS LIST | | ITEM | QTY | PART NUMBER | DESCRIPTION | MATERIAL | | 1 | 1 | C-BBH-45CF-01 | BULK BAG HANDLER, 45 CU. FT. | Stainless Steel | | 2 | 1 | C-BFV-6-G-CS-300 | VALVE, 6" BUTTERFLY, VICTAULIC-300 | Carbon Steel | | 3 | 1 | C-CR-10X6-FXG-304 | REDUCER, 10"x6" CONCENTRIC, FLGxGRV | Stainless Steel | | 4 | 1 | C-CR-6X3-G-01 | REDUCER, 6"x3"' CONCENTRIC, GRVXGRV(MACHINED) | Stainless Steel | | 5 | 1 | C-E45-6-G-304 | ELBOW, 6" 45\*, GRV | Stainless Steel | | 6 | 1 | C-HD-4-G-03 | HYDRODYNE JET PUMP, 4" | Stainless Steel | | 7 | 2 | C-VC-3-177-CS | COUPLING, 3" GRV, TYPE-177 | Carbon Steel | | 8 | 3 | C-VC-6-177-CS | COUPLING, 6" VICTAULIC, TYPE-177 | Carbon Steel | NOTES: 1. DIMENSIONS $=$ INCHES \[mm\]. | | | | | | | | --- | --- | --- | --- | --- | --- | | GOMPATIBLEOMPONENTS | Drawn BYA.LERMA | Date 10/05/15 | MaterialNOTED | Sheet No. SHEET 1 of 1 | ESTIMATED WEIGHT1660 LBS.\[750 kg\] | | 1234 N. Post Oak Ste.100Houston, TX. 77055Faxi 713-688-2993 | Title 45 CF BULK BAG HANDLER4" DUAL-SUCTION HYDRODYNE JET PUMPGENERAL ARRANGEMENT | Copyright: This drawingis not to be reproduced ormodlifled in any way withoutexpressed written consent fromW.G. Lott-Compatible Components Corp. | Drawing No.C-BBS-45CF-06A | ## Hydrocyclone Parts List ![](https://www.cccmix.com/wp-content/uploads/2017/05/images/03906890ffb7a9d7b9385b1f72c6602adb85f16f81c27dc650b78a34e3679027.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/05/images/4f110e89b6154ded773ff44e50964df7cb8b605b7f413795a3fe661f28c92be4.jpg) NOTES:1. DIMENSIONS $=$ INCHES \[mm\]. | | | | | | | --- | --- | --- | --- | --- | | | PARTS LIST | | ITEM | QTY | PART NUMBER | DESCRIPTION | MATERIAL | | 1 | 1 | C-041911-01 | VORTEX FINDER/OVERFLOW, 2"x3/4", SANITARY | 304 SS | | 2 | 1 | C-041911-02 | REDUCER, 2"x1" CONCENTRIC, SANITARY | 304 SS | | 3 | 1 | C-E90-SXS-0.75 | ELBOW, 3/4" 90\*, SANITARY | 304 SS | | 4 | 1 | C-FC-2-S-304 | FEED CYLINDER, 2" x 1/2", SANITARY | 304 SS | | 5 | 1 | C-GSK-0.75-S-RU | GASKET, 3/4" TRI-CLAMP | Rubber | | 6 | 1 | C-GSK-1-S-RU | GASKET, 1" TRI-CLAMP | Rubber | | 7 | 2 | C-GSK-2-S-RU | GASKET, 2" TRI-CLAMP | Rubber | | 8 | 1 | C-ISM-1-SS-01 | INLINE STATIC MIXER, 1" x 1/2" SANITARY, 1/4" ORIFICE | 304 SS | | 9 | 1 | C-TC-0.5-0.75-304 | TRI-CLAMP, 1/2"-3/4" SANITARY | 304 SS | | 10 | 1 | C-TC-1-1.5-304 | TRI-CLAMP, 1"-1.5" SANITARY | 304 SS | | 11 | 2 | C-TC-2-304 | TRI-CLAMP, 2" SANITARY | 304 SS | | | Sheet No.SHEET1of 1 | ESTIMATED WEIGHT4LBS.\[2kg\] | | HYDROCYCLONEW/ELBOW1/4"ORIFICERALARRANGEMENT | Copyright:This drawingis not to be reproduced ormodified in any way withoutexpressed written consent fromW.G. Lott-Compatible Components Corp. | Drawing No.C-HC-2-S-02 | | | | | | | | | --- | --- | --- | --- | --- | --- | | Drawn BYA.LERMA | Date 08/20/12 | Material NOTED | Sheet No. SHEET 1 of 1 | ESTIMATED WEIGHT 4 LBS. \[2 kg\] | | | s | 1234 N. Post Oak Ste.100 | Title | 2" VORSPIN HYDROCYCLONE W/ELBOW | Copyright: This drawing Is not to be reproduced or | Drawing No. | | OMPONEN Houston, TX. | 77055 | | 1/4" ORIFICE | modifled in any way without expressed wriltten consent from | -HC-2-S-02 | | Phone: 713-688-2008 www.cccmix.com | Fax: 713-688-2993 | | GENERAL ARRANGEMENT | W.G. Lott-Compatible Components Corp. | | ## Hydrocyclone Parts List ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/ff6c6fe644794a3747b0bf8a8ff6f781ee4fa5c2aa7f5ee0fb3304d47bf856df.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/0fcfa6a9e916101c4ff37cebc717faf74f10936660ad37e3d36f63badc313a84.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/4467cf8bb5d0a4401e2f823e396ed52e5b8f5b1e1604f4da8a336c11c33727fd.jpg) | | | | | --- | --- | --- | | TOLERANCES (EXCEPT AS NOTED) | | 3 PLACE DECIMALS ± .125 | | | | | 2 PLACE DECIMALS ± .188 | | | | 1 PLACE DECIMALS | .250 | ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/18dfe5fb46fa40bcd7787ef8e50b4504a31506be2c9ce6deb0d259323ee02266.jpg) NOTES:1. DIMENSIONS $=$ INCHES \[mm\]. | | | | | | | --- | --- | --- | --- | --- | | PARTS LIST | | ITEM | QTY | PART NUMBER | DESCRIPTION | MATERIAL | | 1 | 1 | C-071911-01 | FEED SECTION,, 4" HYDROCYCLONE | URETHANE | | 2 | 1 | C-071911-02 | CONE SECTION, 4" HYDROCYCLONE | URETHANE | | 3 | 1 | C-071911-03 | APEX NUT, 4" HYDROCYCLONE | URETHANE | | 4 | 1 | C-071911-04 | APEX NOZZLE, 4" HC, 1/2" ORIFICE | Rubber | | 5 | 2 | C-AD-2-GXT-304 | ADAPTER, 2" GRVXNPT | Stainless Steel | | 6 | 1 | C-ELB-2-U-90 | ELBOW, 2" 90\*,, GRVXGRV, MOLDED | URETHANE | | 7 | 1 | C-TC-6-304 | TRI-CLAMP, 6" SANITARY | Stainless Steel | | 8 | 3 | C-VC-2-78-CS | COUPLING, 2" GRV. | Carbon Steel | | | | | | | | | | --- | --- | --- | --- | --- | --- | --- | | | BYA.LERMA | | Material NOTED | Seet No. SHEET 1 of 1 | | ESTIMATED WEIGHT 22 LBS. \[10 kg\] Drawing No. | | | | Title | | | | OMPONEN | 1234 N. Post Oak Ste.100 | | 4" VORSPIN HYDROCYCLONE, MOLDED | Copyright: This drawing reproduced or | | | 77055 Houston, TX. Phone: 713-688-2008 Fax: 713-688-2993 www.cccmix.com | W/MNPT ADAPTERS GENERAL ARRANGEMENT | expressed written consent from W.G. Lott-Compatible Components Crp. | modified in any way without -HC-4-U-03 | ## Concrete Mix Specifications ![](https://www.cccmix.com/wp-content/uploads/2015/01/images/bf78e827c0995a9e56228f8be68528bc14b319096d1440c96e3a5d9038477dc8.jpg) ![](https://www.cccmix.com/wp-content/uploads/2015/01/images/8472d0e6bdd645d09cb2026ef2d04527499a06f8790da7dcc0eabd8f4404e177.jpg) ## C-HC-2-U-01 Overview ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/8018905b2d4477ec970f3cd5c753ca4ea0e6393edcb9bfc49542441f12067319.jpg) ## AZ Mixing Eductor Chart # AZ MIXING EDUCTOR ALL $2 ^ { \\prime \\prime }$ (50mm) MODELS PERFORMANCE CHART | | | | | --- | --- | --- | | Head | Velocity ofDischarge | | PSI(BAR) | FEET(METERS) | FT/SEC(M/SEC) | | | | | | | --- | --- | --- | --- | | Nozzle OrificeSizes\* | | 1/2"(12.5mm) | 9/16"(14mm) | 5/8"(17mm) | 3/4"(19mm) | | GPM | GPM | GPM | GPM(LPM) | | (LPM) | (LPM) | (LPM) | | | | | | --- | --- | --- | | 30.0(2.0) | 69.0(21.0) | 67.0(20.0) | | | | | | 40.0(2.76) | 92.0(28.0) | 77.0(23.0) | | | | | | 50.0(3.5) | 115.0(35.0) | 86.0(26.0) | | | | | | 60.0(4.14) | 138.0(42.0) | 94.0(29.0) | | | | | | 70.0(4.8) | 161.0(49.0) | 102.0(31.0) | | | | | | 80.0(5.5) | 184.0(56.0) | 109.0(33.0) | | | | | | 90.0(6.2) | 207.0(65.0) | 116.0(35.0) | | | | | | 100.0(6.9) | 230.0(70.0) | 122.0(37.0) | $\\yen 82$ Eductor nozzle orice is equivalent to the area of a circle. The AZ Eductorperforms best with a $1 . 5 ^ { \\prime }$ (0.5 meters) straight pipe extension installed on the discharge end of the eductor. | | | | | | --- | --- | --- | --- | | 23.0 (87.0) | 29.0 (110.0) | 41.0 (156.0) | 60.0 (228.0) | | | 34.0 | 47.0 | 72.0 | | 27.0 (103.0) | (129.0) | (179.0) | (274.0) | | 30.0 (114.0) | 39.0 (148.0) | 53.0 (201.0) | 83.0 (315.0) | | 32.5 | 45.0 | 58.0 | 90.0 | | (124.0) | (171.0) | (220.0) | (342.0) | | 35.2 (134.0) | 49.0 (186.0) | 62.5 (238.0) | 98.0 (372.0) | | 37.6 | 54.0 | 67.0 | 104.0 | | (143.0) | (205.0) | (255.0) | (395.0) | | 40.0 | 59.0 | 71.0 | 111.0 | | (152.0) | (224.0) | (270.0) | (422.0) | | | | | | | 42.0 (160.0) | 63.0 (239.0) | 75.0 (285.0) | 120.0 (456.0) | ## Hydrocyclone Parts List ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/b23e9e3154a00f7dd2c9341c051849f98e6836199d2bea7df933d7cad532ebe0.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/ac70f52945b70122851fbfe0ecf81c26faa5f92d61f5034f39d9c3464acff6d3.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/896cc0cb15844f40ca34d38f4657f08907d4f57f0553c2c9e9cb47a040022a2e.jpg) NOTES: 1. DIMENSIONS $=$ INCHES \[mm\]. | | | | | | | --- | --- | --- | --- | --- | | PARTS LIST | | ITEM | QTY | PART NUMBER | DESCRIPTION | MATERIAL | | 1 | 1 | C-040611-01 | CONE SECTION, 2" HYDROCYCLONE | URETHANE | | 2 | 1 | C-040611-02 | APEX NUT, HYDROCYCLONES | URETHANE | | 3 | 1 | C-040611-03 | APEX NOZZLE, 1/4" ORIFICE | URETHANE | | 4 | 1 | C-040611-04 | FEED SECTION, 2" HYDROCYCLONE | URETHANE | | 5 | 1 | C-ELB-1.5-U-90 | ELBOW, 1.5" 90\*, GRVXGRV, MOLDED | URETHANE | | 6 | 1 | C-GSK-S-4 | GASKET, 4" TRI-CLAMP | Rubber | | 7 | 1 | C-HC-VF-U-2 | NOZZLE INSERT, 2" URETHANE | Rubber | | 8 | 1 | C-TC-4-304 | TRI-CLAMP, 4" SANITARY | 304 SS | | 9 | 1 | C-VC-1.5-78-CS | COUPLING, 1.5" GRV. | Carbon Steel | | | | | | | | | --- | --- | --- | --- | --- | --- | | | rawn BYA.LERMA | | Material NOTED | Sheet No. SHEET 1 of 1 | ESTIMATED WEIGHT 11 LBS. \[5 kg\] | | TIBLE | | Date 08/17/12 | | | | | 1234 N. Post Oak Ste.100 | Title | 2" VORSPIN HYDROCYCLONE W/ ELBOW | Copyright: This drawing Drawing No. is not to be reproduced or | | OMPONEN | 77055 Houston, TX. Phone: 713-688-2008 Fax: 713-688-2993 www.cccmix.com | 1/4' ORIFICE GENERAL ARRANGEMENT | W.G. Lott-Compatible Compnents C. | modified in any way without -HC-2-U-02 expressed written consent from | ## Sanitary Hydrocyclone Parts ![](https://www.cccmix.com/wp-content/uploads/2017/05/images/7f9caed975687c85461a022a268c3fdc87662e4b81363ac5ad2b3e8be9d134a7.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/05/images/b58e23686e6bdd6e370b85472711082df2939a0e1f69c1fc9bcf96270f1b9a86.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/05/images/42cf5bfbffff90033da1e5fa83cc6584fcfe29a3db81c6072472445f07e0dc7f.jpg) NOTES: 1. DIMENSIONS $=$ INCHES \[mm\]. | | | | | | | --- | --- | --- | --- | --- | | PARTS LIST | | ITEM | QTY | PART NUMBER | DESCRIPTION | MATERIAL | | 1 | 1 | C-050511-01 | VORTEX FINDER/OVERFLOW, 6" x 3", SANITARY | 304 SS | | 2 | 1 | C-050511-02 | REDUCER, 6" x 2" CONCENTRIC, SANITARY | 304 SS | | 3 | 1 | C-050511-06 | APEX NOZZLE, 2" | 304 SS | | 4 | 1 | C-AD-1-SXT-01 | ADAPTER, 1" SANITARY x MNPT | 304 SS | | 5 | 2 | C-AD-3-SXT-01 | ADAPTER, 3" SANITARY x MNPT | 304 SS | | 6 | 1 | C-E90-3-S-304 | ELBOW, 3" 90\*, SANITARY | 304 SS | | 7 | 1 | C-FC-6-SS | FEED CYCLINDER, 6" x 3", SANITARY | 304 SS | | 8 | 1 | C-GSK-1-S-RU | GASKET, 1" TRI-CLAMP | Teflon | | 9 | 1 | C-GSK-2-S-RU | GASKET, 2" TRI-CLAMP | Teflon | | 10 | 3 | C-GSK-3-S-RU | GASKET, 3"TRI-CLAMP | Teflon | | 11 | 2 | C-GSK-6-S-RU | GASKET, 6"TRI-CLAMP | Teflon | | 12 | 1 | C-TC-1-1.5-304 | TRI-CLAMP,, 1"-1.5" SANITARY | 304 SS | | 13 | 1 | C-TC-2-304 | TRI-CLAMP,, 2" SANITARY | 304 SS | | 14 | 3 | C-TC-3-304 | TRI-CLAMP, 3" SANITARY | 304 SS | | 15 | 2 | C-TC-6-304 | TRI-CLAMP, 6" SANITARY | 304 SS | | SHEET1of 1 | ESTIMATED WEIGHT22 LBS. \[10 kg\] | | | | | | | | | | --- | --- | --- | --- | --- | --- | --- | | | Drawn BYA.LERMA | Date 08/20/12 | Material NOTED | Sheet No. SHEET 1 of 1 | ESTIMATED WEIGHT | 22 LBS. \[10 kg\] | | C OMPATTBLE | | 1234 N. Post Oak Ste.100 | Title | 6" VORSPIN HYDROCYCLONE , SANITARY | Copyright: This drawing is not to be reproduced or | Drawing No. | | OMPONEN | Houston, TX. | 77055 | | 5/8" RIFICE | modlifiled in any way without expressed written consent from | C-HC-6-S-03 | | CORPORATION | Phone: 713-688-2008 www.cccmix.com | Fax: 713-688-2993 | | GENERAL ARRANGEMENT | Lott-Cotio. | | ## SAFECHEM Mixing Tank # SAFECHEM Mixing Tank A Better Choice for Mixing # Features and Benefits Uniformly mixes and blends liquids with varying viscosities Dissolves polymers and caustics rapidly •Emulsifies multiple liquids •Air or electric motor drive Less horsepower requirement •Suspends solids in a liquid medium SAFECHEM Mixing Tank features safety first, with a hinged closed hood and sight glass. The bags are placed on a conveyer to slide them across a bag slitter that opens the bags without product loss. Bag slitters are available with a manual star slitter or pneumatic style slitter. SAFECHEM Mixing Tank features a Conical Induction Agitator that will quickly dissolve caustic soda and dispense other powdered additives. ![](https://www.cccmix.com/wp-content/uploads/2023/10/images/fbcb5f605471b6b5b50698af2d5332a0bd0d5e0e71aba8175fb1987cd75b1ef3.jpg) ![](https://www.cccmix.com/wp-content/uploads/2023/10/images/8141422182eeee70c0216c5480fbffb089704acbcf2bd3600bc8974bb0f56099.jpg) # The Conical Induction Mixer The Conical Induction Mixer is in a class of its own. The two mixing elements perform on the Airfoil/Bernoulli Principle "when velocity is high, pressure is low; inversely, when pressure is high, velocity is low". As the Conical Induction Mixing Elements rotate around a center axis, the liquid or slurry is drawn into each lone element. The velocity increases as it passes through the Cone Venturi, generating a high velocity that produces a low pressure in the surrounding liquid. The generated low pressure region introduces more liquid through the Cone Mixing Elements. The Venturi effect in high viscosity slurries translates into a reduction in horsepower requirement. # SAFECHEM Mixing Tank A Better Choice for Mixing Electric or air consumption requirements are 1/3 less than with conventional turbine type agitators. The Conical Induction Mixer is a new and novel innovation in batch mixing. The conical mixing elements can be utilized in small or large batches with a broad range of viscosities. The Conical Induction Mixer does not fit in the category of impeller type agitators. Combining the new mixing technology with the safety features of the SAFECHEM Mixing Tank provides an easy means to mix caustic soda, polymers and dispersion with fast action dissolution. ![](https://www.cccmix.com/wp-content/uploads/2023/10/images/6002c668e9241ad3e02b37a07a7fe3e53852056a119423c0096d5e72876ead99.jpg) ![](https://www.cccmix.com/wp-content/uploads/2023/10/images/5ce696ea5377761236cc4eb28a1f33b1015f6fdfe943131e7475b536040d2c43.jpg) Capacities available: 100 Gal: Net wt- 580 lbs. $( 2 6 3 \\mathsf { K } \\mathsf { g } )$ ![](https://www.cccmix.com/wp-content/uploads/2023/10/images/0a1aacbb6c0feb9ad2bf71f4e88e270ca31ef96681f236332ed1ee1e80e1aea5.jpg) SIDE VIEW ## Hydrocyclone Parts Details NOTE:1. DIMENSIONS $=$ INCHES \[mm\]. | | | | | | | --- | --- | --- | --- | --- | | PARTS LIST | | ITEM | QTY | PART NUMBER | DESCRIPTION | MATERIAL | | 1 | 1 | C-073112-01 | FEED SECTION, 10" HC | Urethane | | 2 | 1 | C-073112-02 | REDUCER SECTION, 13"x7" | Urethane | | 3 | 1 | C-073112-03 | REDUCER SECTION, 7"x3" | Urethane | | 4 | 1 | C-073112-04 | RETAINER NUT, 10" HC | Urethane | | 5 | 1 | C-073112-05 | ELBOW, 5" 90\*, GRV | Carbon Steel | | 6 | 1 | C-073112-06 | NOZZLE INSERT, 10" HC, 1.25"ORIFICE | Rubber | | 7 | 1 | C-TC-13-304 | TRI-CLAMP, 7" SANITARY | Stainless Steel | | 8 | 1 | C-TC-7-304 | TRI-CLAMP, 7" SANITARY | Stainless Steel | | | | | | | | --- | --- | --- | --- | --- | | JOMPATIBLEOMPONEN | Drawn BYA.LERMA | Date 10/23/12 Material NOTED | Sheet No. SHEET 1 of 1 | ESTIMATED WEIGHT155 LBS. \[70 kg\] | | 1234 N. Post Oak Ste.100Houston, TX. 77055Phone: 713-688-2008 Faxi 713-688-2993www.cccmix.com | Title 10" VORSPIN HYDROCYCLONEGENERAL ARRANGEMENT | Copyright: This drawingis not to be reproduced ormodified in any way withoutexpressed written consent fromLott-CtieC. | Drawing No.C-HC-10-U-02 | ## VorSpin Hydrocyclone Specifications # VorSpin Hydrocyclone Performance Chart - Stainless Steel Models | | | | | | --- | --- | --- | --- | | Model Number | Operating Pressure | Process Rate | Separation Efficiency | | PSI(BAR) | GPM(LPM) | Microns\*(uM) | | C-HC-2-304 | 40-50(2.8-3.4) | 5-15(19-57) | 7-10 | | C-HC-3-304 | 50-55(3.4-3.8) | 25-40(95-151) | 10-12 | | C-HC-4-304 | 50-60(3.4-4.1) | 95-125(36-473) | 12-17 | \*Based on water as the carrier medium and sand/silt as the suspended solids. $5 %$ by volume at temperature $7 4 ^ { \\circ } \\mathsf { F }$ ) VorSpin Hydrocyclone Dimensional Chart - Stainless Steel Models | | | | | | | | | --- | --- | --- | --- | --- | --- | --- | | ModelNumber | BodyDimension | Length | Feed InletSize | OverflowOutlet Size | Apex NozzleSize | Net Weight | | IN(mm) | IN(mm) | IN(mm) | IN(mm) | IN(mm) | Ibs(kg) | | C-HC-2-304 | 2(50) | 10.2(259) | ½2(12.5) | 3/4(18.8) | 18-1/4(3-6) | 3(1.4) | | C-HC-3-304 | 3(75) | 14.2(361) | 1.0(25) | 1.5(37.5) | 1½4-3/8(6-9) | 8(3.6) | | C-HC-4-304 | 4(100) | 17(425) | 2.0(50) | 2.0(50) | 3/8-1½2(9-12.5) | 15(6.8) | | C-HC-6-304 | 6(150) | 18(450) | 3.0(75) | 3.0(75) | 1½2-5/8(12.5-15.0) | 22(10) | \*When selecting a VorSpin Hydrocyclone model for a specic particle size separation rangemultiple VorSpin Hydrocyclones can be manifolded on a unitized manifold for a desired process rate. ## Hydrocyclone General Arrangement ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/4dda95ad30b6635da824a7ae1ed6114bd896dcb06d56492d4afe5bc166623dd3.jpg) SECTION B-B SCALE 1 / 6 ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/a12d9fea581d0ff02bdab1cc19ade42971d44bf5962c8ba2ce2bb5627d49c1b2.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/e973f4260d701c2b19d9c4c47b518a61ae505088af59b1ec9e40c4d00adab8b1.jpg) ![](https://www.cccmix.com/wp-content/uploads/2017/02/images/d91894761a322cccb5e9d24bae0198293c0d12022cae56211adf2fb2ee127cda.jpg) NOTES: 1. DIMENSIONS $=$ INCHES \[mm\]. | | | | | | | --- | --- | --- | --- | --- | | PARTS LIST | | ITEM | QTY | PART NUMBER | DESCRIPTION | MATERIAL | | 1 | 1 | C-052511-01 | FEED SECTION, 6" HYDROCYCLONE | URETHANE | | 2 | 1 | C-052511-02 | CONE SECTION, 6" HYDROCYCLONE | URETHANE | | 3 | 1 | C-052511-03 | APEX NUT, 6" HYDROCYCLONE | URETHANE | | 4 | 1 | C-052511-04 | APEX NOZZLE, 6" HC, 11/16" ORIFICE | Rubber | | 5 | 1 | C-ELB-2-U-90 | ELBOW, 2" 90\*, GRVxGRV, MOLDED | URETHANE | | 6 | 1 | C-TC-7-304 | TRI-CLAMP, 7" SANITARY | Stainless Steel | | 7 | 1 | C-VC-2-78-CS | COUPLING, 2" GRV | Carbon Steel | | | | | | | | | --- | --- | --- | --- | --- | --- | | JOMPONENTSORPORATION | Drawn ByA.LERMA | Date 08/20/12 | Material NOTED | Sheet No. SHEET 1 of 1 | ESTIMATED WEIGHT 20 LBS. \[9kg\] | | 1234 N. Post Oak Ste.100Houston, TX. 77055Phone: 713-688-2008 Fax: 713-688-2993www.cccmix.com | Title 6" VORSPIN HYDROCYCLONE, MOLDEDW/ELBOWGENERAL ARRANGEMENT | CopyrightiThis drawingis not to be reproduced ormodlified in any way withoutexpressed written consent fromW.. Lott-Conpatible Components Corp. | Drawing No.-HC-6-U-02 | ## VorSpin Hydrocyclone Chart # VorSpin Hydrocyclone, Urethane Models Dimensional and Performance Chart | | | | | | | | | | | --- | --- | --- | --- | --- | --- | --- | --- | --- | | ModelNumber | BodyDimension | Feed InletSize | OverflowOutt Size | FeedPressure | Flow Rate | Separationficiency | NetWeight | OrificeSizes | | IN(mm) | IN(mm) | IN(mm) | PSI | GPM | Microns(μm) | lbs | In | | C-HC-2-U | 2(50) | 1.5(25) | 1.5(25) | 30-35 | 25 | 5-6 | 4 | 1/8" - 1/4" | | C-HC-4-U | 4(100) | 2.0(50) | 2.0(50) | 40-50 | 50 | 10-12 | 9 | 1/4" - 1/2" | | C-HC-6-U | 6(150) | 2.0(50) | 2.0(50) | 45-55 | 100 | 15-18 | 16 | 1/2" - 7/8" | | C-HC-10-U | 10(250) | 5.0(125) | 5.0(125) | 45-55 | 500 | 20-24 | 81 | 1" 1.5" | \*Constructed in high-density, high abrasion resistant Urethane. \*When selecting a VorSpin Hydrocyclone model for a specific particle size separation range – multiple VorSpin Hydrocylones can be manifolded on a unitized manifold for a desired process rate. ## VorSpin Hydrocyclone Chart # VorSpin Hydrocyclone Performance Chart – Stainless Steel Models | | | | | | --- | --- | --- | --- | | Model Number | OperatingPressure | Process Rate | SeparationEfficiency | | PSI(BAR) | gpm1pm) | Microns\*(uM) | | C-HC-2-304 | 30 - 40(2.0 - 2.7) | 5-10(19-38) | 7-10 | | C-HC-3-304 | 40-45(2.7 - 3.0) | 15-25(57-95) | 10 - 12 | | C-HC-4-304 | 40-50(2.7 - 3.3) | 50-60(190 -228) | 12-17 | | C-HC-6-304 | 45-60(3.0 - 4.0) | 75-85(285-323) | 15 - 18 | \*Based on water as the carrier medium and sand/silt as the suspended solids. $5 %$ by volume at temperature $7 4 ^ { \\circ } F$ ) # VorSpin Hydrocyclone Dimensional Chart – Stainless Steel Models | | | | | | | | | --- | --- | --- | --- | --- | --- | --- | | ModelNumber | Body Dimension | Length | Feed InletSize | OverflowOutlet Size | Apex NozzleSize | Net Weight | | IN(mm) | IN(mm) | IN(mm) | IN(mm) | IN(mm) | Ibs(kg) | | C-HC-2-304 | 2(50) | 10.2(259) | ½2(12.5) | 3/4(18.8) | 1\\$(3-6) | 3(1.4) | | C-HC-3-304 | 3(75) | 14.2(361) | 1.0(25) | 1.5(37.5) | $\\/\_-$(6-9) | 8(3.6) | | C-HC-4-304 | 4(100) | 17(425) | 2.0 (50) | 2.0 (50) | 3/½2(9 - 12.5) | 15(6.8) | | C-HC-6-304 | 6(150) | 18(450) | 3.0(75) | 3.0(75) | ½2-5(12.5 - 15.0) | 22(10) | \*When selecting a VorSpin Hydrocyclone model for a specific particle size separation range – multiple Vorspin Hydrocylones can be manifolded on a unitized manifold for a desired process rate. ## AZ Tank Eductor Chart # AZ Tank Eductor Performance Chart AZ Tank Eductors are utilized in a submerged environment to agitate, mix and suspend solids in a liquid. AZ Tank Eductors provide energy conservation; for each motive gallon pump through the nozzle orifice, there are three gallons drawn through the induction ports and co-mingled in the mixing chamber of the eductor and discharged as a plume into the open vessel or tank. This representation is in the below (OUT) column. | | | | | | | | | | | | | | | | | | | | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | --- | | Operating Pressure (Motive) PSI (BAR) | | 30 (2.0) | 40 (2.7) | 50 (3.3) | 60 (4.0) | 70 (4.7) | 80 (5.3) | 90 (6.0) | 100 (6.7) | | Model | NozzlerificeSizeIN(MM) | FluiFlowRate icuan Flui Flow Rate R | | IN | OUT | IN | OUT | IN | OUT | IN | OUT | IN | OUT | IN | OUT | IN | OUT | IN | OUT | | C-TE-.5-S-01 | 0.318.00 | 10.002.25 | 40.009.00 | 12.002.70 | 48.0010.80 | 13.002.90 | 52.0011.70 | 14.503.20 | 58.0013.00 | 15.003.40 | 60.0013.50 | 16.003.60 | 64.0014.40 | 17.003.80 | 68.0015.30 | 18.504.20 | 74.0016.50 | | C-TE-.75-S-01 | 0.5012.70 | 23.005.20 | 92.0020.50 | 26.505.90 | 106.0024.00 | 29.006.50 | 116.0026.00 | 32.507.30 | 130.0029.00 | 35.007.90 | 140.0031.00 | 37.008.30 | 148.0033.00 | 40.009.00 | 160.0036.00 | 42.009.40 | 168.0038.00 | | C-TE-1-S-01 | 0.7519.00 | 63.0014.00 | 252.0056.50 | 74.0016.50 | 296.0066.50 | 82.0018.00 | 328.0074.00 | 90.0020.00 | 360.0081.00 | 97.5021.90 | 390.0088.00 | 104.0023.40 | 416.0093.00 | 110.0025.00 | 440.0099.00 | 117.0026.00 | 468.00105.00 | | C-TE-2-MT-01 | 0.87522.20 | 92.0020.50 | 368.0082.50 | 106.0024.00 | 424.0095.00 | 119.0026.50 | 476.00107.00 | 130.00 | 520.00 | 141.0032.00 | 564.00127.00 | 150.0033.50 | 600.00135.00 | 160.0036.00 | 640.00144.00 | 168.0038.00 | 672.00151.00 | | 29.00 | 117.00 | | C-TE-3-MT-01 | 1.3835.10 | 256.0058.00 | 1024.00231.90 | 296.0067.00 | 1184268.00 | 33074.70 | 1320298.90 | 36282.00 | 1448328.00 | 39188.50 | 1564354.00 | 41895.00 | 1672378.60 | 443100.30 | 1772.00401.20 | 467105.70 | 1868423.00 | The circulating rate is four times the motive flow rate that is indicated in the (OUT) column. Divide the tank volume by the selected model circulating rate to calculate the volume turn-over rate. # Example: Tank Volume is 10,000 gallons. (4) Model AZ-TE-1.00 are installed. Operating motive pressure is 50 PSI (3.3 BAR) $= 8 2$ gpm $\\times 4 = 3 2 8$ gpm is the pump requirement. The circulating rate of the (4) model AZ-TE-1.00 is 1312 gpm. Tank volume at 10,000 gallons is divided by $1 3 1 2 \ : \\mathrm { g p m } = 7 . 6$ minutes. 7.6 minutes represents the volume turn-over rate. # Comment: The AZ Tank Eductor Performance Chart is base on the viscosity of water at $7 2 ^ { \\circ } \\mathsf { F }$ . We can use a correct factor for density and viscosity.