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Tungsten steel profile bladesOur various types of non-standard shaped blades are widely used in electronics, textile, paper making, copier parts and other industries! Private customisation, professional build! ![]()
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Product Description
Advantages of tungsten steel profile inserts: Excellent hardness and wear resistance: Tungsten steel profile inserts are made of tungsten carbide (tungsten steel), a material that has excellent hardness and wear resistance. Its hardness is much higher than that of normal steel, and it can easily cope with the cutting needs of various high hardness materials. Due to the excellent wear resistance of tungsten steel, the service life of tungsten steel profile blades is relatively long, which reduces the hassle and cost of frequent tool replacement. High precision and stability: The high hardness of tungsten steel ensures the stability and precision of profiled inserts during the cutting process. This stability is especially important for areas that require high precision machining, such as the machining of precision mechanical parts. Versatile applications: The design of profiled blades is flexible and can be customised in shape according to different machining needs for a variety of special cutting occasions. Whether for straight or curved cutting, tungsten carbide shaped inserts can provide excellent performance. High efficiency: Due to the hardness and wear resistance of tungsten steel, tungsten steel profiled inserts can complete cutting tasks efficiently and increase productivity. Cost Savings: Although tungsten carbide shaped blades may cost more to manufacture, they can provide significant cost savings in the long run due to their long service life and low maintenance costs. Environmentally friendly and sustainable: Tungsten carbide materials are recyclable, reducing the impact on the environment. Long-life tungsten steel profile inserts reduce waste generation and meet the requirements of green production. Tungsten steel profile inserts occupy an important position in industrial production due to their excellent hardness and wear resistance, high precision and stability, diverse applications, high efficiency, cost savings, and environmental friendliness and sustainability. |