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High Hardness 55-65HRC, Alloy Cladding Wear-Resistant Steel Plate
Saiwei composite wear-resistant steel plate: Utilizing a fully digitally controlled automated welding system and a flat hydraulic device, the plate utilizes a multi-gun arc welding method. This advanced welding process utilizes both wire feeding and the addition of alloy powder. The welded wear-resistant plate achieves a smooth profile with uniform weld widths. Finished products range from a minimum thickness of (4+3) mm to a maximum thickness of (12+12) mm, with an annual production capacity of up to 10,000 square meters. The surface hardness of the wear-resistant steel plate is HRC 55-65. Its wear resistance is 15 times that of ordinary carbon steel plate, meeting medium and above impact strength requirements, and it offers excellent machinability and bending radius. Custom-made special-shaped pieces can also be produced according to customer specifications and drawings.
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High Hardness 55-65HRC, Alloy Cladding Wear-Resistant Steel Pipe
Produced using advanced digitally controlled, dual-head automated welding equipment, wear-resistant alloy welding wire is bonded to the base material through a cladding process on the inner or outer wall of ordinary seamless steel pipes or seam-welded pipes. A 3-15mm thick wear-resistant alloy layer is welded onto the inner or outer wall of the steel pipe. Single pipe lengths are up to 6 meters. The hardness is between 55-65. The pipe diameter range is DN100-DN500mm, and the pipe length specification is ≤6000mm.
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