What Are the Applications of Tungsten Wire in High Temperature Furnaces?

Tungsten wire is widely used in high-temperature furnaces because of its excellent high-temperature stability and corrosion resistance. The following are some applications of tungsten wire in high temperature furnaces:

Furnace heating element: Tungsten wire is often used as a heating element in high-temperature furnaces to provide the required high-temperature environment. These furnaces can be used for a variety of purposes such as sintering, smelting, annealing and ceramic manufacturing.

Vacuum furnace heating elements: In vacuum furnaces, tungsten wires are widely used for heating and maintaining high temperatures. Due to tungsten’s high melting point and stability, it is able to maintain its structural integrity at high temperatures.

High-temperature experimental furnace: High-temperature furnace is commonly used for various high-temperature experiments, such as material property testing and chemical reaction research. Tungsten wire is used to provide a high temperature environment to meet experimental needs.

High-temperature atmosphere furnace: Tungsten wire is used to manufacture high-temperature atmosphere furnaces, which can perform material processing in specific atmospheres, such as atmosphere sintering, oxidation and reduction.

Crystal growth furnace: Tungsten wire in a high-temperature furnace can be used in a crystal growth furnace to grow semiconductor crystals and other crystal materials.

High-temperature physical and chemical experiments: Tungsten wire not only has high stability at high temperatures, but also has good corrosion resistance to chemical substances. Therefore, they are used in high-temperature physical and chemical experiments to study various chemical reactions and material properties.

High Temperature Crucible Heater: Tungsten wire is often used in crucible heaters to heat crucibles for sample analysis, melting and sintering.