Why are tungsten plates so important in industrial applications?

As a key industrial material, tungsten plate occupies an important position in many fields due to its unique properties. So, what are the unique properties of tungsten plates that make them so indispensable in industrial applications?
Tungsten plates are known for their high density, high melting point and excellent mechanical properties. The melting point of tungsten is as high as 3422 degrees Celsius, which allows the tungsten plate to maintain its strength and stability in extremely high temperature environments. In addition, tungsten plates also have extremely high density (19.3g/cm³), giving them excellent radiation resistance and shielding properties. Therefore, tungsten plates are widely used in high temperature, nuclear industry, aerospace and other fields, becoming an irreplaceable material in these industries.

Tungsten plates have many important applications in industry. First of all, its excellent performance in high-temperature environments makes it widely used in the manufacture of furnace walls and heating elements in high-temperature furnaces. In addition, the high-density properties of tungsten plates make them ideal as shielding materials in the nuclear industry, where they are used to manufacture radiation shielding equipment and armor plates. In the aerospace field, tungsten plates are used to manufacture rocket nozzles and spacecraft components due to their high strength and heat resistance, ensuring the reliable operation of these critical components under extreme conditions.
Although tungsten plates have many excellent properties, their processing and production are not easy. Due to the high melting point and high hardness of tungsten, the processing of tungsten plates usually requires special processes and equipment, such as high-temperature sintering and hot isostatic pressing. These special processes not only increase the production cost of tungsten plates, but also place higher requirements on production equipment. In addition, the brittleness of tungsten is also a major problem that needs to be overcome during processing. A little carelessness may cause the material to break or deform.
Tungsten plates play an important role in multiple industrial fields due to their excellent high temperature stability, high density and mechanical properties. Despite its processing and production challenges, tungsten plate's irreplaceable properties make it the material of choice in many critical applications. With the continuous advancement of science and technology, the application range of tungsten plates is expected to further expand and continue to play its unique role in various fields.