Tungsten plates usually appear steel gray or silver white, with a smooth surface and high hardness. Tungsten is an extremely hard metal, so tungsten sheet inherits this characteristic and has excellent wear resistance and compressive strength. Tungsten has an extremely high melting point of 3422 degrees Celsius, the highest of all metals, which enables tungsten sheet to maintain stable performance in high temperature environments. Tungsten sheet is not subject to air erosion at room temperature and has good corrosion resistance to a wide range of chemicals.

Tungsten alloy plates also have good radiation protection properties. Due to its high density and high absorption properties, tungsten alloy plate can effectively absorb and block X-rays, γ-rays and other radiation, so it is widely used as a radiation shielding material in fields such as medical equipment and nuclear industry. Tungsten alloy plate plays an important role in many fields with its high density, high strength, high hardness, good abrasion resistance, thermal stability, corrosion resistance and radiation protection properties.

The melting point of tungsten is as high as 3422 degrees Celsius, which is the highest among all metals. As a result, tungsten alloy sheet excels in high-temperature environments and can withstand extreme thermal stability requirements, making it an ideal material for high-temperature applications such as aerospace and nuclear energy. Tungsten alloy sheet is resistant to a wide range of chemicals, including acid and alkali solutions, oxides and salt solutions. Its good chemical stability and corrosion resistance make it widely used in chemical, semiconductor and electronic fields for manufacturing equipment and components with high corrosion resistance requirements.

The density of tungsten alloy plate is extremely high, generally between 16.5~19.0g/cm³, which is equivalent to more than twice the density of steel. This characteristic gives it excellent tensile strength and compression resistance. The tensile strength of W-Ni-Fe high-density alloy in sintered state can be up to 800~1000MPa, and the strength can be further increased to 1300~1500MPa after heat treatment and deformation processing.