products details
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70 HIP Alloy SME Mixing Screw Element High Wear Resistance
| Brand Name: | OEM |
| Model Number: | ME017 |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Payment Terms: | T/T,Negotiable |
| Supply Ability: | 8000pcs/month |
70 mixing elements
,High Wear Resistance mixing elements
,High Wear Resistance twin screw extruder elements
70 HIP Alloy SME Mixing Screw Element
Product Description
The 70 HIP Alloy SME Mixing Screw Element is designed for demanding mixing and compounding operations where screw components face continuous abrasive contact. The HIP alloy material provides a dense and wear-resistant structure, making this element suitable for applications that place high demands on component durability.
The SME mixing geometry helps intensify material interaction inside the extrusion process. It can support better dispersion and blending when the material requires additional mixing energy.
The 70-size configuration is suitable for compatible extrusion systems. CONLIN can manufacture the element to match the required screw arrangement, shaft interface, and working geometry.
Key Features
- 70-size SME mixing screw element
- HIP alloy construction
- High wear resistance for abrasive processing
- Dense material structure for demanding applications
- SME geometry for intensive material mixing
- Suitable for continuous compounding operations
- Compatible with customized screw configurations
- Available for different material processing requirements
Product Specifications
| Specification | Details |
|---|---|
| Product Name | 70 HIP Alloy SME Mixing Screw Element |
| Product Type | Extruder Mixing Screw Element |
| Size | 70 |
| Element Type | SME Mixing Element |
| Main Function | Intensive Mixing / Dispersion |
| Material | HIP Alloy |
| Material Structure | Hot Isostatic Pressed Alloy |
| Wear Performance | High Wear Resistance |
| Extrusion Process | Continuous Mixing & Compounding |
| Processing Materials | Plastics / Filled Compounds / Engineering Materials |
| Element Geometry | SME Configuration |
| Mixing Intensity | High / Process Dependent |
| Element Diameter | According to Size 70 Specification |
| Element Length | According to Drawing |
| Shaft Connection | According to Shaft Specification |
| Spline Profile | According to Existing Shaft |
| Heat Treatment | According to Material Grade |
| Hardness | According to HIP Alloy Specification |
| Surface Finish | According to Application |
| Dimensional Accuracy | According to Technical Drawing |
| Screw Arrangement | According to Process Configuration |
| Working Condition | Abrasive Material Processing |
| Custom Geometry | Available |
| Replacement Production | Available |
| Production Reference | Drawing / Sample / Part Number |
| Quality Inspection | Material, Dimensions, Spline and Hardness Inspection |
Why HIP Alloy?
HIP technology applies high temperature and isostatic pressure to the material. This process helps produce a dense alloy structure with reduced internal porosity.
For screw components, a dense material structure can contribute to better resistance against abrasive wear. This makes HIP alloy a useful material option for extrusion processes that contain fillers or other abrasive ingredients.
SME Mixing Performance
The SME mixing element creates stronger material interaction than a simple conveying section. Its geometry can help redistribute material within the screw channel and improve mixing efficiency.
The actual SME configuration should match the processing formulation and the position of the element within the complete screw assembly.
Applications
The 70 HIP Alloy SME Mixing Screw Element can suit demanding extrusion and compounding applications such as:
- Engineering plastic compounding
- Filled plastic processing
- Glass fiber reinforced polymers
- Mineral-filled compounds
- Masterbatch production
- Polymer blending
- Additive compounding
- High-wear extrusion processes
The HIP alloy option is particularly useful when abrasive fillers can accelerate conventional screw-component wear.
Custom Manufacturing
CONLIN can manufacture the 70 HIP Alloy SME Mixing Screw Element according to your screw layout and equipment requirements.
Provide the extruder model, screw drawing, shaft specification, existing element, or OEM part number. We can use the supplied information to match the element geometry and critical connection dimensions.
