Cemented Carbide
Key words:
Made of high-quality tungsten steel hard alloy material, formed through high-pressure sintering and precision forging processes, the hardness can reach HRA88-92, far exceeding ordinary mold steel. It has extremely strong wear and scratch resistance, and long-term high-frequency operation of mold holes and cavities without wear or deformation, continuously ensuring product forming accuracy.
Key words:
Hard alloy molds have a wide range of application scenarios and serve the high-end precision manufacturing industry, mainly including fastener hardware, metal wire and cable, powder metallurgy, 3C electronic precision accessories, new energy hardware components, automotive precision components, medical equipment accessories, aviation micro parts, mold matching processing and other fields, adapting to various high-precision, high load, and large-scale industrial production needs.
Key words:
The material has high density, good toughness, and extremely high compressive strength, and can withstand high-pressure, high-speed, and high-frequency impact operations, preventing mold cracking, collapse, deformation, and other faults. The service life is 10-50 times that of ordinary steel molds, significantly reducing the frequency of mold replacement and lowering customer procurement and downtime maintenance costs.
Key words:
Made of high-quality tungsten steel hard alloy material, formed through high-pressure sintering and precision forging processes, the hardness can reach HRA88-92, far exceeding ordinary mold steel. It has extremely strong wear and scratch resistance, and long-term high-frequency operation of mold holes and cavities without wear or deformation, continuously ensuring product forming accuracy.
Key words:
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