Superiority of Tungsten Carbide Dies

tungsten carbide die image
In the production of standard fasteners, the use of tungsten carbide dies has a series of advantages.

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Grinding of Tungsten Carbide Die

tungsten carbide die image
The manufacturing of tungsten carbide die and repairing of old mold are inseparable from mechanical grinding. Relatively speaking, the grinding process is more complicated, which including rough grinding, fine grinding, fine grinding and polishing. Under normal production conditions, the die wear is not very serious. So, the grinding usually includes fine grinding, fine grinding and polishing.

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Brief Introduction of The Tungsten Carbide Drawing Die (1)

tungsten carbide die image
Tungsten carbide is a composite of refractory metal compounds and bonded metal, of which the most widely used material is refractory metal carbides. Tungsten carbide is the main component, followed by titanium carbide, niobium carbide and its solid solution. Common characteristics of these carbides are high melting point, high hardness, good chemical stability, good thermal stability and small dissolution with the interaction of bonded metal at normal temperature.

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Brief Introduction of The Tungsten Carbide Drawing Die (2)

tungsten carbide die image
Drawing method is mainly used in copper pipe production at present. In the process of drawing, due to the high temperature and large friction, high temperature resistance and high hardness of the die are required. Therefore, most of the drawing dies are tungsten carbide drawing die. 

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Microporous Ceramics for Tungsten Smelting

microporous ceramics for tungsten smelting image

Microporous ceramics are a kind of silicate products. The raw materials used are barren clay, waste slag, power plant fly ash and glass plant waste, which will play an important role in protecting the environment and saving resources. Microporous ceramic is a functional structural ceramics. Microporous ceramics, such as adsorbability, permeability, corrosion resistance, environmental compatibility and biocompatibility, are widely used in the filtration of various liquids, filtration of gases, and immobilization of biological enzyme carriers and biocompatibility carriers, especially in environmental engineering, such as industrial water and domestic water treatment, The purification of sewage and so on.

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