High Molecular Weight Polyethylene Mining Screen Plate

Super wear-resistant anti-stick ultra-high molecular weight polyethylene mining screen plate

Properties: Ultra-high molecular weight polyethylene (UHMWPE) sheet has high wear resistance, corrosion resistance, impact resistance, and self-lubrication. It can be used to make hoppers, bins, and chute linings for coal, cement, lime, mineral powder, salt, grain powder materials. Due to its excellent wear resistance, self-lubrication, and non-stick properties, it prevents the adhesion of the above powder materials to storage and transportation equipment, ensuring stable transportation.

This highly wear-resistant sheet can be designed with an assembled connection structure to adapt to various environmental conditions for installation and application, and can be customized according to user requirements, facilitating installation and maintenance. For example, in extremely challenging operating conditions such as the installation of hoppers and chutes in coal mines underground, and the application of feed hoppers in the metallurgical industry, it can completely solve the long-standing problem of adhesion and material blockage during transportation, achieving safe, efficient, and normal production.

Super wear-resistant anti-stick ultra-high molecular weight polyethylene mining screen plate application areas: It can be widely used in mining, coal preparation plants, metallurgical industry, thermal power plants, shipbuilding, and other sectors for wear and corrosion resistance applications such as funnels, chutes, flip plates, scraper conveyor slides, jig screen plates, flotation machine liners, ship cargo hold liners, large sliders, ore car, dump truck body linings, etc., offering unique advantages with great value for money.

Super wear-resistant anti-stick ultra-high molecular weight polyethylene mining screen plate various specifications various sizes

Jining Anteli Scraper Factory

Contact: Jia Hui

Mobile: 15965378780

Landline: 0537-2340887

Fax: 0537-2340887

QQ: 3128074961

Email: 3128074961@qq.com

Ali Wangwang: jnanteli01