Tungsten processing parts are processed tungsten material products with high hardness, high density, high temperature resistance, and corrosion resistance. Tungsten processed parts are widely used in multiple industries and fields, including mechanical processing, mining and metallurgy, electronics and telecommunications, construction industry, weapons industry, aerospace, chemical industry, automotive industry, energy industry, etc.

 

 

 

The specific applications of tungsten processed parts include:
Mechanical processing industry: used for manufacturing various cutting tools and cutting tools, such as turning tools, milling cutters, planers, drills, boring tools, etc., suitable for cutting materials such as cast iron, non-ferrous metals, plastics, graphite, glass, and steel.
Mining and metallurgical industry: used for making rock drilling tools, mining tools, and drilling tools, suitable for mining and oil drilling.
Electronic and telecommunications industry: used for manufacturing precision electronic components and semiconductor devices, such as tungsten wires, electrodes, and other conductive components for electron beams.
Construction industry: used for making cutting tools, drills, and other building material processing tools to improve the efficiency and quality of building material processing.
Weapon industry: used for manufacturing key components of military equipment such as armor piercing shells and armor piercing shells.
Aerospace field: used for manufacturing aviation engine components, spacecraft structural components, etc., capable of maintaining performance in extreme environments.
Chemical industry: used to produce corrosion-resistant equipment and components, such as reactors, pumps, and valves.
Automotive industry: used for manufacturing engine components, cutting tools, and molds to improve the quality and durability of automotive parts.
Energy industry: used for producing oil drilling equipment, mining tools, etc., suitable for extreme working environments.
The production process of tungsten processed parts includes the following steps:
Preparation of tungsten powder: Pure tungsten powder, tungsten carbide powder, etc. are prepared by high-temperature reduction of tungsten powder.
Compression molding: Pressing tungsten powder into high-density tungsten products under high pressure.
Sintering densification: Using hydrogen gas to protect sintering at appropriate temperature and time, achieving high density and precision in tungsten products.
Mechanical grinding: using vacuum adsorption molds for grinding to achieve high precision and smoothness.