The VorSpin Stainless Steel Hydrocyclone Separator is a precision-engineered industrial hydrocyclone separator designed for continuous, low-maintenance liquid/solid separation — with no moving parts, no filter media, and no downtime for cleaning or element replacement. Available in 2″ to 6″ 304 stainless steel models, VorSpin hydrocyclone separators deliver centrifugal separation down to 7 microns, serving engineers and project managers across food and beverage, chemical, pharmaceutical, refinery, and petrochemical industries.
Why Choose A Vorspin Hydrocyclone Separator?
What sets the VorSpin apart from standard hydrocyclone designs are three proprietary engineering improvements that measurably increase separation efficiency:
- No moving parts — continuous operation with minimal maintenance
- Centrifugal separation down to 7 microns
- 304 stainless steel construction for corrosion resistance and hygienic applications
- Manifoldable — multiple units can be combined on a unitized manifold to scale process flow rate
- Wide industry and fluid compatibility
- Available in stainless steel or urethane construction
How A Hydrocyclone Separator Works
A hydrocyclone separator uses the centrifugal separation principle to remove or classify suspended solids from a slurry. The incoming feed stream enters the hydrocyclone under pressure and is directed into a high-speed rotational path. Centrifugal force — significantly stronger than gravity — pushes denser solid particles outward toward the cone wall, where they migrate downward and exit through the apex (underflow) nozzle as a concentrated slurry. The clarified liquid forms a reverse vortex through the center and exits upward through the vortex finder as the overflow.
Fig. 1 Illustrates the clean liquid overflow at
the top, the solids underflow at the bottom, and
the feed inlet at the center.
Fig. 2 Illustrates the fluted Vortex Finder.
All VorSpin Hydrocylones are constructed in Stainless Steel.
Fig. 1 Illustrates the clean liquid overflow at
the top, the solids underflow at the bottom, and
the feed inlet at the center.
Fig. 2 Illustrates the fluted Vortex Finder.
All VorSpin Hydrocylones are constructed in Stainless Steel.
The Vorspin Difference — Three Engineering Improvements In Hydrocyclone Efficiency
The VorSpin Hydrocyclone Separator incorporates three proprietary design improvements that increase separation performance beyond standard hydrocyclone designs:
1. Volute Feed Inlet
The VorSpin’s volute feed inlet directs the incoming slurry tangentially into a smooth circular path, preventing it from circulating back into the path of incoming flow. Standard tangential inlets allow the new feed stream to collide with the circulating slurry, creating turbulence that reduces separation efficiency. The VorSpin’s volute geometry eliminates this — delivering cleaner separation at lower operating pressures.
2. Fluted Vortex Finder
The VorSpin’s uniquely fluted vortex finder increases momentum as the incoming slurry swirls around its decreasing cross-sectional area, accelerating solid particle separation more rapidly than a conventional cylindrical vortex finder. This geometry also prevents larger particles from “short-circuiting” out through the overflow with the clarified liquid — a common inefficiency in standard hydrocyclone designs.
3. Non-Plugging Apex Nozzle
The VorSpin’s apex nozzle is engineered specifically to prevent plugging at the solids discharge point — a critical failure mode in hydrocyclone separators operating with high-solids-concentration slurries. The non-plugging design ensures continuous, uninterrupted solids discharge and reduces the need for operator intervention.
Available in Stainless Steel and high-density/high-abrasion resistant Urethane.
Vorspin Stainless Steel Hydrocyclone Separator — Models And Performance Specifications
VorSpin Stainless Steel Hydrocyclone Separators (304 SS) are available in four standard body sizes. Select your model based on required process flow rate and target particle separation size:
| Model | Body Size | Operating Pressure | Process Rate | Separation Efficiency |
| C-HC-2-304 | 2″ (50mm) | 40–50 PSI (2.8–3.4 bar) | 5–15 GPM (19–57 LPM) | 7–10 microns |
| C-HC-3-304 | 3″ (75mm) | 50–55 PSI (3.4–3.8 bar) | 25–40 GPM (95–151 LPM) | 10–12 microns |
| C-HC-4-304 | 4″ (100mm) | 50–60 PSI (3.4–4.1 bar) | 95–125 GPM (360–473 LPM) | 12–17 microns |
| C-HC-6-304 | 6″ (150mm) | 45–60 PSI (3.0–4.1 bar) | Contact for specs | 15–18 microns |
Performance data based on water as carrier medium and sand/silt as suspended solids at 5% by volume at 74°F (23°C).
Need a higher process rate? Multiple VorSpin Hydrocyclones can be manifolded together on a unitized manifold system to achieve any desired flow rate while maintaining equal pressure and consistent separation efficiency across all units.
Download Full Performance Chart (PDF) or Product Brochure (PDF)
Industries And Applications
The VorSpin Stainless Steel Hydrocyclone Separator is used across a wide range of industrial and process applications where reliable suspended solids removal is required without the complexity of mechanical filtration equipment:
Food And Beverage
Stainless steel construction meets hygienic processing standards and withstands aggressive cleaning agents. Ideal for removing sand, grit, and fine particulates from process water, CIP circuits, and product streams.
Pharmaceutical Manufacturing
304 SS construction supports GMP compliance and clean-in-place (CIP) protocols. Suitable for removing fine solids from process fluids where material purity is critical.
Chemical Processing
Resistant to a broad range of process chemicals. Used for solids recovery, catalyst separation, and effluent treatment in chemical manufacturing environments.
Refineries And Petrochemical Plants
Handles elevated temperatures and pressures in refinery process streams. Effective for protecting heat exchangers, valves, and downstream equipment from particulate damage.
Water And Wastewater Treatment
Continuous-duty solids removal from municipal, industrial, or cooling water streams — no filter media to replace, no backwashing required.
Environmental And Remediation
Used in remediation processing for particle classification and separation of contaminated particulate streams.
For applications involving cement, mineral mining, drilling fluids, or other high-abrasion services, see our Urethane and Polyurethane VorSpin Hydrocyclone Separators— engineered with high-density, abrasion-resistant urethane construction for maximum wear life in aggressive slurries.
Try Before You Commit — Pilot Study Program
Not ready to specify a full system? Compatible Components Corporation offers a Pilot Study rental program that lets you evaluate VorSpin Hydrocyclone Separator performance in your actual process environment before purchase — eliminating risk and confirming the right model selection for your application.
Not sure which model is right for your process? See our selection guide below or contact our engineering team directly.
Related Separation And Processing Products
Compatible Components Corporation offers a full line of complementary separation and mixing solutions:
Urethane and Polyurethane VorSpin Hydrocyclone Separators
High-abrasion-resistant hydrocyclone separators for mining, drilling, and high-solids industrial applications.
Centrifugal separation of oil, water, and solids in a single vessel — no moving parts.
AZ Self-Dumping Dewatering Hoppers
Portable, one-step dewatering for solids handling downstream of your hydrocyclone system.
Frequently Asked Questions
What is a hydrocyclone separator used for?
How does a hydrocyclone separator work?
What silze hydrocyclone separator do I need?
What is the difference between stainless steel and urethane VorSpin hydrocyclones?
Can VorSpin hydrocyclone separators be used in food, beverage, or pharmaceutical applications?
What does “no moving parts” mean for hydrocyclone maintenance?
Can multiple VorSpin hydrocyclones be connected together for higher flow rates?
Request A Quote For Vorspin Hydrocyclone Separators
Ready to integrate a VorSpin Stainless Steel Hydrocyclone Separator into your process? Our separation specialists will help you select the right model, size a manifold system, or design a complete liquid/solid separation solution for your facility.
VorSpin Hydrocyclones Photos
Stainless Steel Models:
