Wear-resistant Coal Silo Liner High Molecular Weight Polyethylene Anti-stick Plate Shandong Ningjin Xinxing Chemical Co., Ltd. — The production base for engineering plastics in Shandong Province! A leading enterprise in ultra-high molecular weight polyethylene board invites you to understand the full range ofWear-resistant Coal Silo Liner High Molecular Weight Polyethylene Anti-stick Plate performance features!
Wear-resistant Coal Silo Liner High Molecular Weight Polyethylene Anti-stick Plate is one of the key products of Shandong Ningjin Xinxing Chemical Co., Ltd. If you have any needs or better suggestions, please contact us by phone! Phone:13173333540 0534-5223277 OnlineQQ：2875013107 Email:xxhgzlz@163.com We will be dedicated to serving you!!
Detailed Introduction to Wear-resistant Coal Silo Liner High Molecular Weight Polyethylene Anti-stick Plate:
Ultra-high molecular weight polyethylene coal silo liners have high wear resistance, flame retardancy, corrosion resistance, impact resistance, and self-lubrication. They can be made into liners for hoppers, silos, and chutes for materials such as coal, cement, lime, mineral powder, salt, and grain. Due to their excellent wear resistance, self-lubrication, and non-stick properties, these powdered materials do not adhere to storage and transportation equipment, ensuring stable transport.
Ultra-high molecular weight polyethylene coal silo liners are suitable for installation applications in various environmental conditions and can be designed as assembled connection structures according to user requirements, facilitating installation and maintenance. For applications in extremely challenging operating conditions such as underground coal mines for hoppers and chutes, as well as feeding hoppers in the metallurgical industry, they can completely solve the long-standing problems of adhesion and blockage during transportation, achieving safe and efficient normal production.
Practical Application Examples of Wear-resistant Coal Silo Liner High Molecular Weight Polyethylene Anti-stick Plate:
It can be widely used in the mining industry, coal preparation plants, metallurgy, thermal power plants, shipbuilding, etc., for the transportation of liquids, solids, and solid-liquid mixtures in hoppers, chutes, flip boards, scraper conveyors, shaking table screens, flotation machine liners, ship cargo hold liners, large sliding blocks, mine cars, and dump truck box liners, providing unique advantages that are worth more than their cost.
In the past, to ensure that there were no blockages in the coal silo and to guarantee safe unloading, steel plates were installed in the liners. Although this improved the situation compared to silos without liners, blockages and unloading accidents still occurred from time to time. The wear resistance of steel plates is not strong, and after a period of use, they experience severe wear, resulting in a short lifespan. The current coal silo liners made from high molecular weight polyethylene not only ensure strength during use but also have wear resistance several times that of steel, significantly extending the service life of coal silo liners. Importantly, the cost of high molecular weight polyethylene materials is much lower than that of steel, which not only saves installation costs but also guarantees reduced costs due to the increased service life.
The cost-saving effect of coal silo liners is very noticeable, which is an important reason for their widespread use.
Special Properties of Wear-resistant Coal Silo Liner High Molecular Weight Polyethylene Anti-stick Plate:
1. The wear resistance of ultra-high molecular weight polyethylene boards ranks first among plastics, and the higher the molecular weight, the greater the wear resistance and impact resistance of the material;
2. The impact strength of ultra-high molecular weight polyethylene boards is high even among existing plastics, and remains relatively high at 70℃;
3. Self-lubricating, low friction coefficient, energy-saving, with a wax-like feel.
4. Extremely low water absorption. Therefore, its physical and mechanical properties are independent of the humidity factors in the working conditions.
5. Ultra-high molecular weight polyethylene boards are chemically stable and can withstand corrosion from various corrosive media and organic solvents such as acids, alkalis, and salts within certain temperature and concentration ranges.
6. Ultra-high molecular weight polyethylene boards are odorless, non-toxic, and non-corrosive, with physiological circulation and adaptation properties.
7. Non-stick;
8. When the molecular weight of high-density polyethylene exceeds 500,000, the embrittlement temperature drops to 140℃. Ultra-high molecular weight polyethylene can even maintain a certain mechanical strength at temperatures as low as -269℃ in liquid nitrogen conditions.
