1. Extraordinary wear resistance: The wear resistance of the surfacing wear plate is 10-30 times higher than that of ordinary steel plates, 5 times higher than that of cast stainless steel and high manganese steel, 1 times higher than that of as-cast high chromium iron, and roughly equal to that of ceramics. . HRC hardness not less than 63
2. High impact resistance: The surface of the surfacing wear-resistant plate adopts a multi-element surfacing composite superhard material such as chromium carbide. It has the dual advantages of extraordinary wear resistance and impact toughness. The traditional castings have poor impact resistance and are more brittle and easy to break.

3. Convenient processing performance: maintenance workers can arbitrarily cut and form according to the size of the site, and easily tailor the wear-resistant steel plate to the surface of the wear parts, or can be processed into countersunk holes and connected to the components with bolts. It can also be bent and processed into plate components such as wear-resistant pipes, dust-removing elbows, and various special-shaped round places. However, traditional casting wear-resistant plates cannot be assembled by welding, and it is difficult to cast large-area wear-resistant plates from cast steel.
4. High performance and low cost: Although the cost of surfacing wear-resistant plate is increased, it is 3-5 times that of ordinary steel plate, but it is 25% cheaper than high-chromium stainless steel castings. Due to the rational use of materials, the use of surfacing wear plates can bring double benefits.