Our Clients
Description
RG1000 is a recycled ultra high molecular weight polyethylene sheet. Ideal for various industrial uses, it offers excellent abrasion resistance and low friction.
Material Properties
RG1000 is made from ultra high molecular weight polyethylene (UHMWPE) with recycled material. It features a tensile strength of 22 MPa, Shore D hardness, and a ball indentation hardness of 40 MPa.
Thermal and Mechanical Performance
This sheet can withstand short-term service temperatures of up to 80°C and long-term temperatures of 80°C. It has a thermal conductivity of 0.43 W/(K*m) and is resistant to moisture, chemicals, and micro-organisms.
Applications and Suitability
RG1000 is suitable for non-FDA applications, making it ideal for lining chutes, hoppers, and wear blocks in aggressive environments. Its low moisture absorption makes it useful in marine applications.
Machining and Handling
Machining RG1000 requires high-speed steel tooling with specific clearances. While it can be challenging to clamp without distortion, it can be milled, drilled, and shaped into various components.
Specifications
- Tensile strength: 22 MPa
- Shore hardness: Shore D
- Ball indentation hardness: 40 MPa
- Service temperature – short term: 80°C
- Service temperature – long term: 80°C
- Thermal conductivity: 0.43 W/(K*m)
- Available sizes: 2000mm x 1000mm, 3000mm x 1250mm
- Thicknesses: 5mm to 80mm
- Available colours: Black, Green
Benefits
- Long lifespan due to low friction
- Cost-effective for budget-conscious projects
- High wear resistance suitable for aggressive environments
- Easy to machine into various shapes
Use Cases
- Lining chutes
- Hoppers
- Slide-ways
- Wear blocks
- Forest-product drag conveyor flights
- Conveyor-chain wear plates
- Belt-conveyor wipers and skirts
FAQ
Q: Is RG1000 suitable for food applications?
A: No, RG1000 is not approved for any use in food applications.
Q: Is RG1000 wear resistant?
A: Yes, RG1000 sheet is highly resistant to abrasion.
Q: Can RG1000 be glued?
A: Bonding RG1000 is difficult due to its low water absorption.