Product name : Tungsten Carbide Cold Heading Dies
Product No. : Tungsten Carbide Cold Heading Dies
Details:
In the field of modern industrial forming, tungsten carbide molds occupy a crucial position by virtue of their excellent performance. The tungsten carbide wire drawing die, with the precise proportioning of tungsten carbide and cobalt, creates micron - level precision in the drawing of metal wires. From electronic bonding wires to aviation titanium alloy wires, its wear - resistant structure ensures that the diameter tolerance of the wires is controlled within ±0.001mm. The tungsten carbide cold heading die demonstrates compressive strength in fastener production.
The alloy material with 15% - 20% cobalt content can withstand a pressure of 3GPa, and the multi - stage cavity design enables the precise forming of bolt heads without cracks. As an expert in complex profile forming, the tungsten carbide upsetting die cooperates with pre - forming molds in multi - station heading machines. High - cobalt materials like YG20 deal with impact loads, and TiAlN coatings prevent metal adhesion, realizing the transformation from wires to precision parts, from construction screws to medical stent markers. With tungsten carbide - based alloys as the core, these three types of molds have become the "industrial skeleton" in such fields as automobiles, electronics, and aviation through the integration of material science and forming technology, promoting the manufacturing industry to evolve towards high precision and high efficiency.
The alloy material with 15% - 20% cobalt content can withstand a pressure of 3GPa, and the multi - stage cavity design enables the precise forming of bolt heads without cracks. As an expert in complex profile forming, the tungsten carbide upsetting die cooperates with pre - forming molds in multi - station heading machines. High - cobalt materials like YG20 deal with impact loads, and TiAlN coatings prevent metal adhesion, realizing the transformation from wires to precision parts, from construction screws to medical stent markers. With tungsten carbide - based alloys as the core, these three types of molds have become the "industrial skeleton" in such fields as automobiles, electronics, and aviation through the integration of material science and forming technology, promoting the manufacturing industry to evolve towards high precision and high efficiency.
Standard code size of type BC die blanks with sink and type BF intemal hexagonal die blanks
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