1. Ultra High Molecular Weight Polyethylene Board has the best wear resistance among plastics, and the larger the molecular weight, the higher the wear resistance and impact resistance of the material;
  2. The impact strength of Ultra High Molecular Weight Polyethylene Board is one of the highest values among existing plastics, and it still has considerable impact strength even at 70℃;
  3. Self-lubricating, low friction coefficient, energy-saving, and feels like wax.

  4. Extremely low water absorption. Therefore, its physical and mechanical properties are not affected by humidity factors in the working conditions.
  5. Ultra High Molecular Weight Polyethylene Board is chemically stable and can resist the corrosion of various corrosive media such as acids, alkalis, salts, and organic solvents within a certain temperature and concentration range.
  6. Ultra High Molecular Weight Polyethylene Board is odorless, non-toxic, and non-corrosive, with physiological cycle and physiological adaptability.
  7. Non-adhesive;
  8. When the molecular weight of high-density polyethylene exceeds 500,000, the brittle temperature drops to 140℃. Ultra High Molecular Weight Polyethylene can even maintain a certain mechanical strength at temperatures below -269℃ under the influence of liquid nitrogen.  

Ultra High Molecular Weight Polyethylene Board is a miraculous engineering plastic, and its remarkable wear resistance and compressive strength are truly impressive. Let's take a look at the actual applications of Ultra High Molecular Weight Polyethylene Board in various industries:

1, Mining Industry: Manufacturing artificial groove linings, gate plates, chain plates, vibrating screen plates, conveyor plates, and mine car liners.
2, General Machinery Industry: Manufacturing various shaft sleeves, gears, bushings, sliding plates, impellers, etc.
3, Vehicle Manufacturing and Transportation Industry: Main products include dump truck, dump ship liners, saddle linings, wear-resistant impact components for railway vehicles, etc.
4, Papermaking Industry: Mainly producing vacuum suction box panels and doctor blades, compression components, joints, mechanical sealing shafts, guide rollers, squeegees, filters, etc.
5, Textile Industry: Manufacturing various impact-resistant wear parts such as leather knots, yarn rolls, shuttle devices, shuttle sticks, gears, couplings, flower sweeping rods, buffer blocks, eccentric blocks, rod shaft sleeves, and swing backs.
6, Light Industry in Food: Manufacturing panels, cutting boards, chopping boards, cams, gears, etc.
7, Ceramic Industry: Manufacturing rolled heads, filter plates, wheels of various specifications, etc.
8, Sports and Entertainment Industry: Ski equipment linings, tracked snow vehicle components, glider landing gear, steel ball device components, various bearing sleeves, rolling tracks, and mechanical sled parts. 

 9, Large Cranes and Heavy Machinery: Placed under the legs of large cranes for support.

 10, Used as port fender boards, crash boards, and buffer boards to prevent collisions between ships and docks.