▎ 摘　　要

NOVELTY - Wear-resistant material comprises 3-20 wt.% filler, 20-60 wt.% bonding material, 30-77 wt.% enhanced base material, the filler is selected from potassium hexatitanate crystal whisker alumina crystal whisker, carbon fiber copper fiber, aramid fiber short fiber, graphite fiber glass, fiber silicon dioxide, nanometer boron nitride, molybdenum disulfide, graphene, calcium carbonate, silicon carbide, UPE powder, UPE short fiber. The adhesive material is selected from one or more of phenolic resin, unsaturated resin, epoxy resin, the reinforcing base material comprises reinforcing material and coating material, the reinforcing material is selected from one or more of terylene cloth, acrylic cloth, terylene cotton cloth, the coating material is selected polyester the filament, fluorine-containing polymer fiber filament aramid fiber filament, ultra-high molecular weight polyethylene filament fiber polyether- ether-ketone, fiber PPS, POB, fiber or more of the filament. USE - Wear-resistant material ADVANTAGE - The wear-resistant material has strong stability, anti-cracking, low friction coefficient, self-lubricating, low production cost, easy processing, and convenient installation and so on. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for the manufacturing method for wearable material, which involves: 1. putting the filler into the high speed mixer, at the same time, mixing the diluted surface-active agent, the high speed mixer rotating speed is controlled between the 500-2500 revolutions per minute, processing for 30 minutes, then putting the filler in the vacuum drying box, the temperature is 60 degrees Celsius, vacuum drying for 4 hours; 2. mixing the 20-60 wt.% bonding material and 3-20 wt.% the processed filler, then putting into the high speed stirrer to stir uniformly to form the mixed material; 3. putting the enhanced base material into the plasma surface machine for oxygen nitrogen or air as medium according to the speed of 0.5 meter per minute for normal temperature plasma surface activation treatment, forming enhanced base material activation; 4. primary processing the multi-layer surface activated reinforcing material interval orderly passes through the first resin groove, the first passes through groove extruding mold, knitting machine fixed on the first traction machine, adding mixed material in the first resin groove, putting the surface-activated coating material in the knitting machine, controlling the dosage of the surface-activated reinforcing material and the surface-activated coating material making the two together weight content is 30-77 wt.%, starting the first traction machine the traction speed is controlled at 0.2 -1 meter per minute when the multi-layer surface activated reinforcing material passes through the first resin groove under the traction of the first traction machine, uniformly mixing into the mixed material, forming a primary product the primary product through the first extruding mold the primary product surface the redundant mixing remove, forming a secondary product the secondary product through the knitting machine, the secondary product periphery is knitted with a layer of coating material composed of surface activated coating material, forming a three-stage product; 5. passing the three-stage product through the second resin groove, the second extruding mold, heating and shaping mold, fixed on the second traction machine, adding mixed material in the second resin groove, starting the second traction machine controlling, the traction speed at 0.2-1 m per minute, the third-level product under the traction of the second traction machine through the second resin groove, the coating layer is blended into the mixed material to form a four-stage product four- stage product through the second extruding mold, the four-stage product surface the redundant mixing remove; 6. and, forming a five-stage product the five-stage product by heating and shaping mold, shaping and curing forming terminal product.