The surfacing process uses the most advanced arc welding process available today. This process has minimal impact on the various properties of the substrate, while wear resistance maximizes its effectiveness. The composite wear-resistant steel plate is formed on the ordinary steel plate (Q235 (A3) or heat-resistant steel plate (15CrMo, 12Cr! MoV, etc.), stainless steel plate and the entire steel plate with a volume fraction of 50% or more of Cr7C3 carbide as the main wear layer. With high wear resistance, impact resistance, deformability and weldability, it can be directly processed like a steel plate, such as crimping, cutting and punching, and processed into engineering parts to meet the wear and mining industry. In comparison, wear-resistant composite steel sheets have irreplaceable distinctive features.
1. Improve economic efficiency: reduce downtime, increase equipment operation rate, increase equipment operation rate, reduce production and maintenance loss, increase production capacity, and increase efficiency.
2. Reduce production costs: maintenance costs, reduce wear and tear, reduce equipment capacity.
At present, the wear-resistant industry in many countries has begun to transform from old-fashioned wear-resistant sheets to double-alloy composite wear-resistant sheets. I believe that more and more wear-resistant industries will choose such excellent plates.
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