TEDA high quality ultra-high molecular weight polyethylene board

密度：

0.99

Characteristics and applications of ultra-high molecular weight polyethylene sheets: High self-lubrication, non-water absorption - destroys molecular chains formed by water absorption, eliminates adhesion, and allows smooth and natural cutting.
. Low cost of use - compared with products with the same functions such as air cannons, vibrators, stainless steel linings, etc., the cost is greatly reduced.
High wear resistance and impact resistance - adding a variety of modifiers to maintain the original characteristics and improve practicality.
Scope of use of ultra-high molecular weight polyethylene sheets
Coal and electricity industry: raw coal bunker, lower coal hopper, underground coal ditch
Steel industry: mixing bunker, coking plant, coal tower, coal blending Room
Cement industry: raw coal bunker, pulverized coal bunker, clay bunker, iron powder bunker
Food industry: sanitary cutting board
Ultra-high molecular weight polyethylene sheet has high wear resistance, corrosion resistance, and anti-corrosion resistance. Impact, self-lubricating and other properties, it is widely used in electric power, coal, steel, cement, metallurgy, chemical industry, food, machinery and other fields and has achieved good results. Because of its excellent friction resistance, self-lubrication and non-stickiness, the above powdery materials will not adhere to storage and transportation equipment, ensuring stable transportation.
, low density polyethylene products, medium density polyethylene products, high density polyethylene products
Low density polyethylene (less than .3 g/cubic centimeter/less than .lb/cubic inch)
Medium Density Polyethylene (Between .3 and .g/cc/Between .and .cubic inch)
High Density Polyethylene (Greater than .g/cc/Between .lb/cubic inch) .The molecular weight is about,)
, high molecular weight polyethylene products
high density molecular weight polyethylene (molecular weight is greater than, less than,). This product is manufactured by two methods using catalysts: the Ziegler method, which uses a titanium catalyst, and the Phillips method, which uses a chromium oxygen catalyst. The techniques of these two methods include: suspension, dissolution, gas phase and condensation under different pressures. Under these conditions, vinyl molecules form linear macromolecules through anionic polymerization.
Ultra-high molecular weight polyethylene products
Ultra-high molecular weight polyethylene (density is greater than .g/cubic centimeter, that is, greater than .lb/cubic inch, and molecular weight is greater than).