products details
|
W6M5Cr4V2 Mixing Screw Element With Powder Coating For Twin Extruder
| Brand Name: | OEM |
| Model Number: | ME018 |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Payment Terms: | T/T,L/C,Negotiable |
| Supply Ability: | 8000pcs/month |
W6M5Cr4V2 screw element
,Twin Extruder screw element
,W6M5Cr4V2 screw elements
W6M5Cr4V2 Mixing Screw Element with Powder Coating for Twin Extruder
Product Description
The W6M5Cr4V2 Mixing Screw Element is a wear-resistant component for twin extruder screw assemblies. It uses W6M5Cr4V2 high-speed tool steel and features a powder-coated working surface for additional surface protection.
The combination of a high-performance steel substrate and powder coating makes this screw element suitable for applications where the mixing section experiences repeated material contact. The coating can help protect the working surface and maintain its condition during continuous extrusion.
The mixing geometry promotes material redistribution inside the screw channel. It can support blending and dispersion when processing thermoplastics, filled compounds, and other formulated materials.
CONLIN can manufacture the element according to the extruder model, screw drawing, shaft dimensions, sample, or required configuration.
Key Features
- W6M5Cr4V2 high-speed tool steel material
- Powder-coated working surface
- Designed for twin extruder systems
- Mixing geometry for material blending and dispersion
- Suitable for demanding continuous extrusion
- Good wear performance for repeated material contact
- Custom geometry and connection dimensions
- Available for different screw configurations
Product Specifications
| Specification | Details |
|---|---|
| Product Name | W6M5Cr4V2 Mixing Screw Element |
| Product Type | Twin Extruder Mixing Screw Element |
| Extruder Type | Twin Extruder |
| Main Function | Mixing / Dispersion |
| Material | W6M5Cr4V2 |
| Material Category | High-Speed Tool Steel |
| Surface Treatment | Powder Coating |
| Working Surface | Powder-Coated Surface |
| Coating Type | Powder Coating / According to Requirement |
| Element Geometry | Mixing Configuration |
| Element Diameter | According to Extruder Specification |
| Element Length | According to Drawing |
| Mixing Angle | According to Screw Design |
| Flight / Lobe Configuration | According to Customer Requirement |
| Shaft Connection | According to Existing Shaft |
| Spline Profile | According to Shaft Specification |
| Heat Treatment | According to Material Requirement |
| Hardness | According to Material and Heat Treatment |
| Wear Resistance | High / Application Dependent |
| Surface Finish | According to Coating Requirement |
| Dimensional Tolerance | According to Technical Drawing |
| Screw Arrangement | Modular / Customized |
| Processing Materials | Thermoplastics / Filled Compounds / Additives |
| Custom Manufacturing | Available |
| Replacement Production | Available |
| Production Reference | Drawing / Sample / Part Number |
| Quality Inspection | Material, Dimensions, Hardness, Coating and Connection Inspection |
Powder Coating
The powder coating provides an additional protective layer on the selected working surfaces. It can help separate the base material from direct material contact and improve surface protection under suitable processing conditions.
The coating specification can vary according to the processed material, temperature, wear requirements, and customer's technical requirements. CONLIN can discuss the appropriate coating option before production.
Applications
This mixing screw element can be used in twin extruder applications involving:
- Thermoplastic compounding
- Engineering plastic processing
- Filled plastic compounding
- Masterbatch production
- Polymer blending
- Additive dispersion
- Reinforced plastic processing
- Continuous extrusion
The final mixing geometry should match the position of the element within the complete screw configuration.
Custom Manufacturing
CONLIN supports production based on 2D drawings, 3D models, samples, OEM part numbers, or existing screw components.
We can match the W6M5Cr4V2 material, element geometry, shaft connection, heat treatment, and powder coating requirements to the customer's extrusion process.
