Main applications of tungsten shielding parts

As a representative of high-density metal materials, tungsten shielding materials play an irreplaceable role in many high-tech fields by virtue of its unique physical and chemical properties. The density of tungsten is as high as 19.3g/cm³, which is 1.7 times that of lead. At the same thickness, its shielding efficiency against high-energy radiation such as X-rays and gamma rays is significantly better than that of traditional materials, and it is especially suitable for high-radiation environments such as nuclear reactors and radiotherapy equipment.

In the medical and healthcare field, tungsten alloy collimators and shielding components are used in linear gas pedals, PET-CT and other equipment to accurately control the beam flow of rays and protect medical personnel and patients from excessive radiation.

In the field of nuclear energy and new energy, as control rods and neutron shielding materials, tungsten alloys can effectively regulate the rate of nuclear reaction and resist corrosion and wear under high temperature and high pressure to ensure the safe operation of nuclear power plants.

In aerospace engineering, tungsten alloy shielding is used in the return capsule of manned spacecraft to block cosmic rays and gamma rays during re-entry into the atmosphere, such as Shenzhou XII, which guarantees the safe landing of astronauts through this technology.

In the military and industry, tungsten alloy armor-piercing bullet cores utilize high density to penetrate composite armor, while their high temperature resistance allows them to maintain structural integrity during high-speed friction.

From medical equipment to aerospace engineering, tungsten shielding parts have become the “invisible guardians” of modern industry by virtue of their excellent performance. To learn more about the cutting-edge technology and customized solutions for tungsten shielding materials, please contact Jinxin's technical team for a free working condition assessment.