Kinetic energy material Tungsten-nickel-iron material

ungsten-based high specific gravity materials are a class of materials with high density and strength, whose main component is tungsten. Tungsten is a heavy metal element with a very high melting point and density, so it is widely used in the manufacture of high specific gravity materials.
Tungsten-based high specific gravity materials have many unique properties and application areas. First of all, tungsten-based high specific gravity materials have very high densities, which can usually reach more than 17 g/cm3. This makes them important for applications in special fields such as aerospace, defense and medical devices. In these fields, materials with high densities are needed to fulfill specific functions, such as increasing the penetration ability of warheads or improving the precision of radiation therapy. 

Secondly, tungsten-based high specific gravity materials also have excellent thermal stability and corrosion resistance. Due to tungsten's high melting point and oxidation resistance, tungsten-based high specific gravity materials can keep their properties stable at high temperatures and in extreme environments. This makes them widely used in high-temperature equipment, chemical reactors and nuclear energy.