Properity and Application of Tungsten Copper Alloy Plate in Metal Alloy
First of all, tungsten copper alloy plate has high heat resistance. Since the melting point of tungsten and copper is very high, the melting point of tungsten copper alloy plate is also very high to maintain stable physical properties in high-temperature environments. This characteristic allows the tungsten copper alloy plate to retain its original mechanical properties and dimensional stability in high-temperature environments, such as engine components in the aerospace field.
Secondly, tungsten copper alloy plate has good electrical and thermal conductivity. The addition of copper elements gives the alloy good electrical conductivity, and the addition of tungsten elements improves the thermal conductivity of the alloy. This excellent electrical and thermal conductivity makes tungsten copper alloy plates play an essential role in the production of electronic components, such as the production of high-power electronic devices of heat sinks and conductive connectors.
In addition, tungsten copper alloy plate also has good burn resistance. In a high-temperature environment, the material is prone to a burning phenomenon. Still, a tungsten copper alloy plate can effectively reduce the burning rate and improve the service life of the material. This characteristic makes tungsten copper alloy plates widely used in rocket, missile, and other weapon systems.
Finally, the processing performance of tungsten copper alloy plates is also better. Tungsten copper alloy plates with different thicknesses, shapes, and sizes can be obtained by reasonable processing technology. This flexible processing property makes tungsten copper alloy plates widely used in various fields.
Aerospace field: Tungsten copper alloy plate has high heat resistance, high strength, and good oxidation resistance, so it has been widely used in the aerospace field. For example, it can be used to manufacture nozzles, blades, combustion chambers, and other components of aircraft engines. It can also be used to manufacture high-temperature components of spacecraft and rocket nozzles.
Electronic field: Tungsten copper alloy plate can be used to manufacture connectors, heat sinks, electrical contacts, etc., of electronic components, and can also be used to manufacture structural and functional parts of electronic devices.
Power field: Tungsten copper alloy plate has good electrical conductivity and heat resistance, so it is widely used in power. It can be used to manufacture insulation layer and sheath layer of high-temperature wires and cables. It can also be used to manufacture structural and functional power equipment parts.
Metallurgical field: Tungsten copper alloy plate can be used to manufacture the lining of a high-temperature furnace, the electrode of a smelting furnace, etc... It can also be used to manufacture cutting tools for metal processing.
Automotive field: Tungsten copper alloy plate has good heat and impact resistance, so it is widely used in the automotive field. It can be used to manufacture components such as the exhaust system and combustion system of the automobile engine. It can also be used to manufacture the structural and functional parts of the automobile body.
Weapons field: Tungsten copper alloy plate has high density, high strength, and high hardness, so it is widely used in the area of weapons. It can manufacture components such as shells and cores for light weapons and ammunition. It can also manufacture defensive structural elements such as armor plates for tanks and armored vehicles.
Medical field: Tungsten copper alloy plate has the characteristics of high density, high strength, and high corrosion resistance, so it is widely used in the medical field. It can also manufacture medical devices such as artificial joints and prostheses.
Production Method of Tungsten Copper Alloy Plate：
Ingredients: Prepare tungsten and copper metal raw materials according to the composition requirements of the tungsten copper alloy plate required to be produced, and ensure that the purity of the raw materials meets the requirements.
Smelting: The two metal raw materials, tungsten and copper, are put into a vacuum melting furnace and smelted at high temperatures. It is necessary to control the temperature and time during the melting process to ensure that the composition and organizational structure of the alloy meet the requirements.
Casting: The molten alloy is poured into the casting mold for casting. During the casting process, it is necessary to control the temperature, cooling rate, and the shape and size of the mold to ensure that the shape and size of the alloy plate meet the requirements.
Heat treatment: Heat treatment of the alloy plate after casting to eliminate internal stress and mechanical properties of the alloy plate. It is necessary to control the temperature, time, and cooling speed during the heat treatment process to ensure that the microstructure and properties of the alloy plate meet the requirements.
Processing: Mechanical processing of the heat-treated alloy plate, such as cutting, milling, drilling, etc., to obtain the desired shape and size. It is necessary to control the machining parameters and tool selection during the machining process to ensure that the accuracy and surface quality of the alloy plate meets the requirements.
Quality inspection: The quality inspection of the processed alloy plate, such as chemical composition analysis, metallographic structure observation, mechanical properties testing, etc., to ensure that the performance and quality of the alloy plate meet the requirements.
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