Wear-resistant steel has high wear resistance, impact resistance and welding properties, such as direct compression into steel plates, such as cutting and stamping processing, processing into engineering parts to meet the wear and mining input. It uses powder metallurgy composite technology and hard surfacing technology.
It adopts high-boron alloy cast iron material in ordinary low-carbon steel or low-alloy steel plate welding department through carbon arc surfacing and special equipment, and can work according to customer requirements and different work.
Conditionally produce wear-resistant layers of different thicknesses. Due to the dispersion of arc welding, the wear-resistant layer encounters micro-cracks on the surface of the force, and the crack does not spread to the substrate, and does not affect the wear resistance.
1. High wear resistance
The wear test shows that the wear resistance of the composite wear plate is 20 times higher than that of the low carbon steel, and is 5 times higher than that of the stainless steel and high manganese steel.
2. High impact resistance:
Composite wear plate has high impact resistance, fully embodies the advantages of composite wear and impact resistance.
3. Convenient processing performance
Wear-resistant surfacing composite steel plate can be deformed, welded, can be easily processed into a variety of wear-resistant parts like ordinary steel.