Application of tungsten block in high temperature industry
Tungsten blocks are widely used in the high-temperature industry, mainly due to their excellent physical and chemical properties. Tungsten has an extremely high melting point (3422°C), low vapor pressure, high strength and excellent thermal conductivity, which makes it perform well in environments requiring extremely high temperatures.
First of all, the application of tungsten block in high temperature furnace is particularly prominent. High temperature furnaces are widely used in processes such as material sintering, melting, annealing and crystal growth, which usually need to be carried out at extremely high temperatures. As the heating element of the high temperature furnace, the tungsten block can remain stable at extreme high temperatures without deformation or melting, thus ensuring the continuous and stable operation of the high temperature furnace. In addition, tungsten blocks are also used as heat shields and support parts in high temperature furnaces, and its high strength and heat resistance can effectively extend the service life of the equipment and reduce maintenance costs.
In the metalworking industry, tungsten blocks are used to make high-temperature molds and tools. High temperature processing such as hot forging and hot extrusion need to be carried out in high temperature environment, tungsten block can withstand these high temperatures without deformation or wear, thereby improving processing accuracy and product quality. For example, in the production of superalloys and special steels, tungsten block molds can ensure the dimensional accuracy and surface quality of products to meet demanding industrial requirements.
In addition, another important application of tungsten blocks in the field of high temperature is the key component of rocket engines and aircraft engines. The aerospace industry has extremely high performance requirements for materials, especially engine components, which need to operate in extremely high temperatures and high-pressure environments. Tungsten blocks are used to manufacture key components such as rocket nozzles, combustion chambers and turbine blades due to their excellent high temperature strength and creep resistance. These components need to withstand the impact of high temperature combustion gas during the working process, and the application of tungsten blocks ensures the stability and reliability of the engine.
In the glass manufacturing industry, tungsten blocks also play an important role. The melting and molding in the glass production process need to be carried out under high temperature conditions, and the tungsten block is used as an electrode and heating element, which can be used in the high temperature glass melt for a long time without chemical reaction or corrosion, thus ensuring the purity and quality of the glass products.
Finally, tungsten blocks are also used in the nuclear industry to make components for high-temperature nuclear reactors. Tungsten block's high melting point and radiation resistance make it an ideal material for manufacturing nuclear fuel cladding and reactor core components, which can maintain stability in high temperature and strong radiation environment to ensure the safe operation of the reactor.
In short, tungsten blocks, with their unique high-temperature properties, play a vital role in high-temperature industries such as high temperature furnaces, metal processing, aerospace, glass manufacturing and the nuclear industry. Its excellent physical and chemical properties not only improve the performance and reliability of the equipment, but also promote the development and application of high-temperature technology, and make important contributions to technological progress and innovation in related industries.
Mosten Alloy can produce tungsten sheet, tungsten block, tungsten foil, tungsten rod, tungsten wire, tungsten processing workpiece according to customer demand.
