High Polymer Wear-Resisting Plate PE

  High Polymer Wear-Resisting Plate PE has high abrasion resistance, corrosion resistance, anti-impact, self-lubricating, and it can be used to manufacture hoppers and troughs for coal, cement, lime, mining powder, salt, and grain powdery materials. Ultra-high molecular weight polyethylene sheeting PE sheet color variety: white PE sheet, black PE sheet, blue PE plate, green PE sheet and so on.

This kind of high wear-resistant plate can be designed to adapt to the installation of various conditions of the environment under the application, can be designed into the assembly connection structure can be customized according to user requirements, easy to install and maintain. Such as operation conditions are very difficult to install the coal mine underground hopper, chute, metallurgical industry, such as the application of the feed hopper, can completely solve the conveying process of bonding and blocking the material this difficult problem, to achieve safe, efficient and normal production.


  Contact Now E-mail Telephone WhatsApp
Product Details

Product Benefits

The service life of polyethylene series products produced by our company is higher than that of steel, and the abrasion resistance is 3~7 times that of carbon steel and stainless steel. Stainless steel 3 ~ 7 times; friction coefficient is small, self-lubricating, non-absorbent, non-bonding materials, high impact strength, good overall mechanical properties, acid, alkali, salt corrosion resistance, non-aging, low temperature tolerance, hygienic and non-toxic, lightweight, specific gravity is 1/8 of steel. Therefore, it is used as bulk material storage and Transportation device lining materials, such as storage silos, chutes, etc. It is widely used in electric power, steel mills, coal mines and so on. Therefore, it is used as the lining material for bulk material storage and transportation equipment, such as storage silo, flow chute, etc. It is widely used in electric power, steel mills, coal mines, and so on. Because it has friction resistance, self-lubricating and non-sticky, so that the above powdery materials on the storage and transportation facilities, does not occur adhesion phenomenon, to ensure stable transportation.


Product Pictures

High Polymer Wear-Resisting Plate PE

Application scenarios

Mining and metallurgy

In the mining and metallurgical industries, PE wear-resistant plates are often used for coal bunker linings, hopper linings and conveyor linings, effectively reducing the wear of materials on equipment and extending the life of equipment.

Chemical industry

PE wear-resistant plates are often used for the lining of reactors, storage tanks and pipelines in the chemical industry to prevent chemicals from corroding the equipment.

Food and beverage processing

PE wear-resistant plates are used for the lining of conveyor belts, hoppers and agitators in food and beverage processing equipment to ensure food safety and hygiene.

Ports and docks

PE wear-resistant plates are widely used in the conveying systems, loading and unloading equipment and storage facilities of ports and docks to improve logistics efficiency and reduce maintenance costs.

Agriculture and building materials

PE wear-resistant plates are also commonly used in mixing equipment, silos and conveying systems in the agriculture and building materials industries to improve the wear resistance and impact resistance of equipment.


About Company

Dezhou Fuxin Composite Materials Co., Ltd.  With many years of research and development of plastic products production experience to provide customers with plastic products. The company has a number of sets of product production equipment for customers to customize the product process welcome friends from all walks of life experience production!

 About Company

Factory environment

Factory environment


Sales Countries

 Sales Countries

Payment and Transportation

 Payment and Transportation


Leave your messages

Related Products

Popular products

x

Submitted successfully

We will contact you as soon as possible

Close