Feed chambers · Barrel and cone liners · Vortex finders · Spigots — matched to dimensions, operating conditions and installation interfaces.
Liners and interface spares for classification, desliming, fines recovery and thickening installations. The hydrocyclone body has no rotating drive parts: liner profiles, inlet and outlet dimensions, sealing and operating pressure are the key requirements. Check Separator discharge regulator parts separately.
Hydrocyclone diameter is only the starting point. Liners must also match the cone angle and the dimensions of the inlet, vortex finder and spigot.
| Size / Series | Published OEM Dimensions | Key Part Identification Details |
|---|---|---|
| Hydrocyclone Product Range | 4–36 in (approximately 100–900 mm as stated by the OEM) | Barrel internal diameter, cone angle, liner thickness and connecting flanges |
| Fines Recovery Configurations | 9 in, 12 in | Feed chamber, vortex finder insertion length and underflow diameter |
| Separator | Installation-specific | Automatic discharge regulator, overflow piping and underflow connection |
4–36 in is the product size range, not an exhaustive model list. Use the nameplate, serial number and interface dimensions for quotation.
Rubber can absorb particle impact in wet abrasive service. Polyurethane selection requires checks of chemical compatibility and temperature; ceramics primarily address abrasive erosion. Select the material for the specific slurry.
Feed Chamber & Inlet Liner
Tangential or involute inlet areas face erosion from high-velocity slurry. The inlet profile must match the existing housing.
Materials and Operating Conditions: Assess rubber, polyurethane or ceramic options for erosion, particle impact and chemical compatibility.
View Parts and Materials →Cylinder & Cone Liners
Check the upper barrel and each cone section separately. Preserve internal dimensions, cone angles and joint positions.
Materials and Operating Conditions: Elastomeric liners suit wet wear applications. Ceramics may be assessed for severe abrasion; verify any hard-metal configuration against the original design.
View Parts and Materials →Vortex Finder
Check the internal diameter, insertion length and inlet profile. Bore enlargement through wear changes classification performance.
Materials and Operating Conditions: Match elastomeric, ceramic or hard-metal parts to the original design; outside diameter alone is insufficient.
View Parts and Materials →Apex / Spigot
Check the underflow bore, tapered transition and mounting interface. Confirm process requirements before changing the bore size.
Materials and Operating Conditions: Assess polyurethane, rubber and ceramic options against erosion and blockage requirements.
View Parts and Materials →Select parts to match the actual hydrocyclone or Separator configuration, including the housing, seals and discharge regulation system where fitted.
Housings & Flanges
For bolted sectional housings, check flange bolt spacing, sealing faces, liner location and design pressure.
Materials and Operating Conditions: Specify structural materials and corrosion protection from the drawing; select liner materials separately.
View Parts and Materials →Seals & Fasteners
Match the seal cross-section, compression, slurry medium and bolt specification.
Materials and Operating Conditions: Elastomeric seals must suit the medium, temperature and pressure.
Explore Seals →Automatic Discharge Regulator
For Separator installations equipped with an automatic discharge regulator only; not interchangeable with parts for conventional open-underflow hydrocyclones.
Materials and Operating Conditions: Check the regulator profile, elastomer specification and piping configuration.
View OEM Maintenance Information →Diameter alone is insufficient. Also check the inlet profile, barrel and cone lengths, cone angle, liner thickness, flange bolt spacing and vortex finder insertion dimensions.
Provide the model, serial number, photographs of the existing part, any known drawing number and critical dimensions. ANRANST provides drawing and engineering review, production at certified foundries, in-factory inspection and finished-part delivery. OEM names identify equipment and do not imply OEM authorization.
Phone: +86 156 3797 3199
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ANRANST provides customers worldwide with engineering assessment, production at certified foundries to drawing, quality control and finished-part delivery for custom wear parts and industrial spares, with scope to support other custom industrial parts.
We review mating surfaces and interface dimensions and assess material, heat treatment and manufacturing feasibility.
Material grades and heat-treatment processes are specified order by order, confirmed in the technical agreement and tracked through production.
Drawing confirmation, material and process control, production tracking, inspection and acceptance coordination.
We coordinate manufacturing, quality confirmation, packaging and delivery of complete finished parts in a workable, closed-loop supply process.
Provide the existing model, drawings, drawing or part numbers, materials or operating conditions so we can identify the appropriate technical review and supply route.
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