Tungsten Alloy Sphere

In order to reduce the use of environmentally polluting materials on military battlefields, tungsten alloy related products can be used as substitutes for lead and depleted uranium in the production of bullets and shells. High density tungsten has been widely used for the purpose of manufacturing powerful, high-density, non-toxic weapon shells, and the impact is controllable. The reasons why tungsten alloys are widely used in military applications are as follows:

1. High density: Tungsten alloys have extremely high density, higher than steel, thus providing better ballistic performance and penetration ability. In the military field, tungsten alloys are often used to manufacture warheads, Armour-piercing ammunition, bombs and other weapons, which can increase their destructive power and lethality.

2. High melting point: Tungsten alloy has a very high melting point, about 3422 degrees Celsius, much higher than other metals. This enables tungsten alloys to maintain stability in high-temperature environments and are less prone to melting or deformation. In military equipment, high-temperature components such as missile engines and rocket nozzles are often made of tungsten alloy to ensure their reliability and durability under extreme conditions.

3. High hardness and wear resistance: Tungsten alloy has excellent hardness and wear resistance, which can resist strong impacts and wear. In military equipment, such as tank shells, missile launchers and other components that need to withstand high strength impact and wear are often made of tungsten alloys to extend their service life and maintain their performance.

4. High density stability: Tungsten alloys have high density stability and are not susceptible to chemical corrosion and oxidation. This enables tungsten alloys to maintain stable performance under harsh environmental conditions without failure due to corrosion. In military equipment, components such as submarines and aircraft that require long-term operation in seawater or high humidity environments are often made of tungsten alloy to improve their corrosion resistance and reliability.

Tungsten alloys are widely used in military applications due to their excellent properties such as high density, high melting point, high hardness, wear resistance, and high-density stability, in order to improve the lethality, durability, and reliability of weapons and equipment.