UHMWPE Bearings, UHMWPE Pulley Blocks, UHMWPE Bearing Pads

• Material: PE
• Kind: Engineering Plastic Sheet
• Water Absorption: ＜0.01%
• Contraction Percentage: 2.0%~5.0%
• Tensile Strength: 30~40MPa
• Density: 0.93-0.97
• Model NO.: XX-017
• Friction Coefficient: 0.12-0.15
• Breaking Elongation: >300%
• Molecular Weight: 5-9 Million
• Transport Package: Box
• Specification: any size
• Trademark: Xinxing
• Origin: China
• HS Code: 3920109090
• Production Capacity: 99999999

Product Description

UHMWPE Bearings, UHMWPE Pulley Blocks, UHMWPE Bearing Pads


Technical Data:
Tensile strength:
40 MPa
Elongation at break:
300%-500%
Flexural strength:
23-27 MPa
Product name:
UHMWPE CNC Machined Bearings, wear sleeves, scraper
Supply Ability
Supply Ability:
9000 Ton/Tons per Year


Packaging & Delivery
Packaging Details
Plastic film, pallet, cartons, wooden box as your requests
Port
Qingdao
Lead Time :

Quantity(Kilograms)	1 - 1000	>1000
Est. Time(days)	15	To be negotiated

UHMWPE CNC Machined Bearings, wear sleeves, scraper

 

Product Description

UHMWPE parts

UHMWPE Bearings, wear sleeves, scraper and others are made of UHMW-PE material. 
UHMW-PE Bearings, wear sleeves, scraper is known for its high dry-film lubricant content. This produces an extremely smooth surface, most importantly resulting in a low friction coefficient a  low level of adhesion. No adhesion excellent chemical resistance. 

Color: 

White, yellow, blue, orange, green etc, other color can be customized.

Advantages 

1. Excellent wear resistance              
2. Self-lubricating                    
         
 3. Excellent abrasion Resistance
4. Blunt impact resistance                 
5. Corrosion and chemical resistance    
6. Low-temperature resistance        
7. Excellent machanical properties     
8. Hygienic and non-poisonous.            
9.  Excellent machanical properties
 

Property	Test Method	Results
Density	DIN 53479	930~980 kg /m^3
Molecular weight	Light diffusion method	>5000000 g/mol
Friction coefficient	DIN53375	~0.2
Yield strength	DIN53455	≥20N/mm^2
Elongation at break	DIN53455	≥300%
Ball indentation hardness	DIN53456	≥ 30N/mm^2
Shore hardness	DIN53505	61~70 shore D