Metal Alloy High Purity 99.95% Tungsten Targets

About Metal Alloy High Purity 99.95% Tungsten Targets:

Chemical composition:


Properties of Tungsten Targets:

high melting point, high elasticity, low coefficient of thermal expansion, good resistivity, thermal stability.

Applications of Tungsten Targets:
The tungsten target material is a high-density, melting point, high-strength material widely used in electronics, metallurgy, mechanical manufacturing, aerospace, etc. In electronics, tungsten targets are mainly used to prepare high-temperature electronic tubes, transistors, other electronic components, and leads and interconnects in integrated circuits. In metallurgy, tungsten targets can be used as materials for high-temperature furnaces, smelting equipment, and refractory materials. In mechanical manufacturing, tungsten targets can manufacture key components such as high-temperature alloys, superalloys, and sliding bearings. In addition, tungsten targets can also be used in aerospace, military, and other fields, such as manufacturing ammunition such as warheads and armor-piercing shells, as well as missile bodies.
Electronic field
Tungsten targets are mainly used in electronics to prepare high-temperature electronic tubes, transistors, and other electronic components, and leads and interconnects in integrated circuits. Due to its high melting point, high strength, and high conductivity, tungsten targets are widely used to manufacture high-temperature electronic components. For example, in manufacturing power electronic tubes, tungsten targets can withstand higher operating voltages, improving the efficiency and reliability of electronic tubes. In addition, in manufacturing integrated circuits, using tungsten targets can prepare finer and more reliable leads and interconnects, improving the integration and reliability of integrated circuits.
Metallurgical field
In metallurgy, tungsten targets can be used as materials for high-temperature furnaces, smelting equipment, and refractory materials. Due to its high melting point, strength, and corrosion resistance, tungsten targets are widely used in high-temperature smelting equipment and refractory materials. For example, when manufacturing high-temperature furnaces, using tungsten targets can withstand higher working temperatures and chemical corrosion, improving the service life and reliability of the furnace. In addition, when manufacturing refractory materials, using tungsten targets can improve the high-temperature and corrosion resistance of the material, improving the service life and safety of the refractory material.
Mechanical manufacturing field
In mechanical manufacturing, tungsten targets can manufacture key components such as high-temperature alloys, superalloys, and sliding bearings. Due to its high melting point, high strength, and high thermal conductivity, tungsten targets are widely used to prepare high-temperature alloys and superalloys. For example, when manufacturing high-temperature alloys, using tungsten targets can improve the alloy's high-temperature resistance and mechanical strength and improve its service life and reliability. In addition, when manufacturing sliding bearings, tungsten targets can withstand higher working temperatures and mechanical pressures, improving the wear resistance and service life of the sliding bearings.
Other fields
In addition to the application, as mentioned earlier fields, tungsten targets can also be used in aerospace, military, and other fields. For example, when manufacturing ammunition such as warheads and armor-piercing shells, using tungsten targets can improve the ammunition's armor-piercing ability and penetration effect. When manufacturing missile bodies, using tungsten targets can improve the structural strength and safety of the missile. In addition, tungsten targets can also be used to manufacture key components such as high-temperature sensors and rocket nozzles.

widely used in semiconductor integrated circuits, flat panel displays, solar photovoltaic, X-ray tubes and surface engineering.

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