Common uses of tungsten carbide

Tungsten carbide, as a high-performance hard alloy, shines in numerous fields due to its excellent physical and chemical properties. Below is an overview of its main applications:

In the cutting field, Tungsten carbide, with its high hardness and wear resistance, has become the preferred material for manufacturing cutting tools such as milling cutters and drills, widely used in machinery manufacturing, aerospace, and other industries.

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In stamping processing, Tungsten carbide’s high strength enables it to withstand high pressure and heavy loads, making it suitable for producing various molds like stamping dies and progressive dies, which are crucial for the production of metal and plastic parts.

In the construction sector, Tungsten carbide is used to reinforce reinforced concrete, manufacture explosion-proof doors, and more, enhancing the durability and safety of buildings, providing optimal materials for high-end constructions.

In mechanical manufacturing, Tungsten carbide’s high precision and strength make it ideal for manufacturing high-precision components, particularly in aviation, aerospace, and other fields where it demonstrates outstanding performance.

In wear-resistant materials, Tungsten carbide rods and bars are used to produce drills, mold ejector pins, etc., extending service life and improving production efficiency.

In high-temperature applications, Tungsten carbide is used to make ceramic sintering molds and other tools that maintain hardness and strength at high temperatures, ensuring product quality.

Despite the challenges in processing Tungsten carbide, advanced techniques such as electrical discharge machining, wire cutting, and others enable precise processing into various components to meet diverse needs.

In summary, Tungsten carbide plays a crucial role in multiple fields with its unique advantages. As technology advances, its application areas will continue to expand, showcasing even broader value.