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Carbide (tungsten steel) edge-cutting concave mouldsTungsten carbide (tungsten steel) cutting edge concave die, the surface and the inner hole of the high degree of smoothness, precision and accuracy, the use of high-quality tungsten steel material, to meet customer requirements, long service life, cost savings, improve production efficiency! All kinds of high-precision tungsten steel moulds, tungsten steel tensile mould, tungsten steel stamping die, tungsten steel wire drawing die, tungsten steel molding die, tungsten steel shaping die, tungsten steel cold pier mould and other non-standard shaped pieces of tungsten steel moulds can be produced and processed according to the customer's requirements, with reasonable price, cost-effective, and welcome the majority of customers with the need for the picture to call us for advice! 
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Product Description
The advantages of tungsten carbide (tungsten steel) edge-cutting concave moulds are mainly reflected in the following aspects: High hardness and wear resistance: The hardness of tungsten carbide (tungsten steel) is very high, generally can reach HRA80 or above, even as high as HRA90, this high hardness makes the edge cutting concave die have excellent wear resistance, can still maintain high precision and performance after a long time of use, prolonging the service life of the die. High precision and stability: Due to the high hardness and stability of tungsten carbide (tungsten steel), the edge-cutting concave mould is able to produce high precision products. During the manufacturing process, carbide moulds are less prone to errors and more stable in size, thus ensuring the consistency and accuracy of the processed products. Corrosion resistance: Cemented carbide (tungsten steel) has good chemical stability and is not easy to react with acids, alkalis and other chemicals. This makes the trimming concave die resistant to chemical corrosion during processing, and is suitable for a variety of chemical materials in the processing environment. Suitable for complex shape processing: Tungsten carbide (tungsten steel) edge trimming dies can be machined into a variety of complex shapes and structures, making them ideal for machining shaped parts and difficult components. This flexibility gives it a significant advantage in meeting diverse product requirements. High-temperature stability: Cemented carbide (tungsten steel) can maintain stable performance at high temperatures. Although its thermal conductivity is low, it can still maintain good working efficiency after proper cooling or special heat dissipation measures at high temperatures. Cemented carbide (tungsten steel) trimming concave moulds show significant advantages in industrial production with their high hardness, wear resistance, high precision, stability, corrosion resistance, as well as their suitability for complex shape processing and high temperature stability. These advantages make tungsten carbide (tungsten steel) trimming dies the ideal choice for high-precision, high-efficiency and demanding machining scenarios.
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