Tungsten carbide alloy strips demonstrate remarkable performance, playing an indispensable role across multiple industries. In metal slitting, they act as high-strength, wear-resistant blades for slitting machines, enabling precise and efficient division of metal coils. In the woodworking field, their hardness and abrasion resistance make them ideal for manufacturing planer knives and saw blades, ensuring smooth cutting and planing of wood materials. In the ceramic processing industry, they are used to produce high-precision wear-resistant parts like cutting wires and edging strips, maintaining stable processing of ceramic blanks.

Manufacturing mainly adopts the powder metallurgy process. Tungsten carbide powder is first mixed with a proper binder in accurate proportions, then compacted into preforms, and sintered at elevated temperatures to firmly bond the particles. Subsequently, precision machining processes such as grinding and polishing are carried out to guarantee dimensional accuracy and surface finish.

With superior performance, tungsten carbide alloy strips are extensively applied in crucial equipment. This includes slitting blades in the metal processing industry, cutting tools in woodworking, wear-resistant components in ceramic machinery, as well as core parts in precision cutting devices, all depending on them to maintain efficient and stable operation.