The main feature of wear-resistant steel plate is its high wear resistance, that is, wear resistance. Its wear resistance is 3-5 times that of ordinary low-alloy steel plate. It has low alloy content and is easy to operate during welding. Wear-resistant steel plate is mainly used for lining plates that generate friction in mechanical equipment, which increases the service life of the equipment and ensures normal operation.
Wear-Resistant Steel Plate Performance Characteristics
High Wear Resistance
Utilizing a common alloy system for international wear-resistant steel plates, it offers excellent resistance to abrasive wear. Its wear resistance is significantly higher than that of heat-treated wear-resistant steel and cast wear-resistant cast iron, and significantly higher than that achieved by spray welding or thermal spraying.
Impact Resistance
Because the wear-resistant steel plate's substrate is made of a low-carbon steel plate with excellent plasticity, it absorbs energy during impact, resulting in strong impact and crack resistance. It can be used in operating conditions subject to high vibration and impact.
Easy Processing
Wear-resistant steel plate can be manufactured in standard sizes, is lightweight, and offers flexible and convenient processing. Its soft substrate allows for inward cold bending and cutting using heat sources such as plasma arc and carbon arc. It can also be welded together, making on-site welding time-saving and convenient.
High Cost - Effectiveness
Considering maintenance costs, spare parts costs, and downtime losses, the performance and price of components manufactured using wear-resistant composite steel plate are 2-3 times higher than those made from ordinary materials.
