Audited Supplier
PE
Engineering Plastic Sheet
0.1%~0.3%
＜0.4%
81~130MPa
1000X2000mm, 1000X3000mm, 2000X4000mm, 1500X3000mm
Natural, Black, Red, Green, Yellow
8-150mm
PE300, PE500, PE1000
PE+Anti-Static, PE+Glass Fiber
Energetic
Customized
RoHS
China
3920109090
Product Description
Antistatic ESD UHMWPE Plastic Plate From 10mm -80mm Thickness
About UHMWPE:
UHMWPE (also known as Ultra High Molecular Weight Polyethylene) Sheet and Rod products are manufactured from the semi-crystalline polyethylene (PE) family. Chinese UHMWPE Sheet and rods' maximum molecular weight can reach to 5 million which has a positive impact on material performance in an abrasive environment.
UHMWPE Advantages:
UHMWPE properties ensure that this plastic material is very light, extremely tough, chemically resistant and has excellent wear resistance.
Key Features:
Applications:
UHMWPE Products:
- Extruded or Molded UHMWPE: Unfilled, natural white
- ESD UHMWPE:
Anti-static properties of PE-UHMW are often required with high line speeds and conveying rates. ESD UHMWPE meets these requirements. Anti-static properties are achieved by incorporating efficient carbon black types.
- Modified UHMWPE:
To modify UHMWPE make heavy duty ground mats, it can be used to provide temporary access and ground protection over and around soft nd sensitive areas.
- Boron Carbide filled UHMWPE
UHMWPE containing 5% or 10% boron polyethylene board was prepared by hot pressing process. Boron carbide/UHMWPE composite sheet is use for neutron shielding. Boron carbide powder was stirred by high speed stirring, kneading, plasticizing and hot pressing in the UHMWPE board. It was a new type of composite shielding material.
| Trade names: | Ultra High Molecular Weight Polyethylene/UHMWPE |
| Available Shapes: | Sheets, Rods, Plates |
| Color: | Natural White, Black, Other |
| Sheets Thickness: | 10mm ~ 300mm |
| Size: | 2000mm x 1000mm, 3000mm x 1500mm, 5000mm x 1300mm, 4700mm x 1200mm, 4500mm x 2000mm |
| Rods Diameter: | 2.0mm ~ 250mm |
| Length: | 1000mm |
About UHMWPE:
UHMWPE (also known as Ultra High Molecular Weight Polyethylene) Sheet and Rod products are manufactured from the semi-crystalline polyethylene (PE) family. Chinese UHMWPE Sheet and rods' maximum molecular weight can reach to 5 million which has a positive impact on material performance in an abrasive environment.
UHMWPE Advantages:
UHMWPE properties ensure that this plastic material is very light, extremely tough, chemically resistant and has excellent wear resistance.
Key Features:
- Excellent sliding properties
- High wear resistance
- High impact strength
- Very good chemical and corrosion resistance
- Good noise absorption
- Anti-adhesive
- High energy absorption capacity and high stress rates
- Temperature resistance from -200°C to +80°C
- Physiologically safe
Applications:
- Chemical Engineering: Corrosion and wear resistance mechanical parts
- Thermal power: coal handling, storage of coal, warehousing chute lining
- Coal processing: sieve plate, filter, U-underground coal chute
- Concrete: cement raw and finished product silo lining
- Grain: food storage or chute lining
- Mining: sieve plate, chute linings, wear anti-bonding part
- Food industry: star-shaped wheel, transmission timing bottle screw, bearings, guide rollers, guides, slide blocks, etc.
UHMWPE Products:
- Extruded or Molded UHMWPE: Unfilled, natural white
- ESD UHMWPE:
Anti-static properties of PE-UHMW are often required with high line speeds and conveying rates. ESD UHMWPE meets these requirements. Anti-static properties are achieved by incorporating efficient carbon black types.
- Modified UHMWPE:
To modify UHMWPE make heavy duty ground mats, it can be used to provide temporary access and ground protection over and around soft nd sensitive areas.
- Boron Carbide filled UHMWPE
UHMWPE containing 5% or 10% boron polyethylene board was prepared by hot pressing process. Boron carbide/UHMWPE composite sheet is use for neutron shielding. Boron carbide powder was stirred by high speed stirring, kneading, plasticizing and hot pressing in the UHMWPE board. It was a new type of composite shielding material.
