Tungsten alloy kinetic energy penetrator refers to a kinetic energy penetrator that adopts tungsten heavy alloy or a new type of tungsten alloy composite material as the core material of the armor-piercing projectile. The reason why tungsten alloy can serve as the core material of the kinetic energy armor-piercing projectile is that tungsten alloy has many good properties, such as high density, high melting point, high strength, good machinability, and extremely stable dynamic plastic deformation performance.

Tungsten alloy bullet, which is also known as tungsten alloy pellet, is a new lead-free bullet. It is an environmentally friendly bullet or a green bullet that made of high quality tungsten heavy alloy. Tungsten alloy bullets have low toxicity and will not cause serious pollution to the environment. What is more important is that the accuracy, lethality and penetration of tungsten alloy pellets are better than lead bullets.

Tungsten alloy military sphere is "green" projectile that is mainly composed of W-Ni-Fe, W-Ni-Cu or W-Ni-Cu-Fe. And some may also contain metal elements such as cobalt, molybdenum and chromium. Tungsten alloy military sphere is used in shotguns, prefabricated fragments, armor-piercing projectiles, missiles and other weapons. According to the literature, tungsten alloy is an environmentally friendly alloy material that will not produce toxic substances or cause radioactive pollution during processing and use. It even has excellent absorption attenuation ability for X-rays, gamma rays and other radiation sources. Therefore, it is often used to replace lead (The performance indicators of lead are poor than tungsten alloys.) for various military purposes.

Tungsten alloy protective pot is specially designed to greatly reduce exposure to vials containing liquid radioisotopes. Vials can be loaded from the top or bottom of the tungsten alloy protective pot. A loss-proof slide injection port on the top allows easy access to the vial septum. The tough tungsten alloy will retain its shape under the roughest handling and is virtually unbreakable. Tungsten alloy protective pot is environmental friendly with higher density than lead for achieving better radiation absorbing ability. Besides, tungsten alloys having good X-ray attenuation ability are widely used for all kinds of radioactive source shielding components or container in medical applications.

You know, tungsten alloy is the first choice for radiation shielding in the medical field, so, tungsten heavy alloy radioactive source container is a welcomed medical radioactive source container, for storing alpha sources, beta sources, gamma sources, and radionuclide neutron sources. Because the radiation emitted by the radioactive source has a certain amount of energy, it can destroy cell tissues, thereby hurt people or even cause death. Therefore, radioactive tracers (unsealed sources) used in hospitals, such as iodine-131, iodine-125, technetium-99m, etc., need to be stored in special tungsten heavy alloy radioactive source container with excellent radiation shielding ability.

Tungsten alloy vial shield has high strength and is not easy to break. Even under extreme conditions, it can still maintain its good performance. The vial shield made of W-Ni-Fe or W-Ni-Cu materials can provide higher radiation shielding performance than the vial shield made of traditional lead materials. Tungsten alloy vial shield can greatly absorb the radiation of the liquid radiopharmaceutical inside, so it is mainly used for the storage and transportation of radiopharmaceuticals in the medical field.

Tungsten alloy radiation shielding part has the advantages of high density, high hardness, and strong radiation absorption ability, so that it can effectively shield medical radiation sources such as X rays and gamma rays. The overall performance of tungsten alloy radiation shielding parts is much better than lead radiation shielding parts. Also, the radiation shielding part made of tungsten heavy alloy is non-toxic and environmentally friendly. So, tungsten alloy is widely applied in hospital nuclear medicine department, nuclear medicine laboratory, disease prevention center, biological laboratory, etc.

Tungsten alloy shielding pot is a container that is specially designed for storing and transporting medical radionuclide preparations. The shielding function of the tungsten alloy shielding pot is much better than the traditional lead shielding pot. Due to its high density, the volume of tungsten alloy is 1/3 smaller than lead, but shielding function is equivalent. So, tungsten alloy shielding pot is more popular than lead shielding pot.

Tungsten alloy radioactive source container is a new type of radiation shielding container that is made of environmentally friendly and non-toxic high density alloy - tungsten heavy alloy. Tungsten alloy radioactive source container that has better radiation shielding effect than lead container can be used to store and transport medical radioactive sources such as cobalt-60, cesium-137, iridium-192, iodine-131, iodine-125 and technetium-99m.

Tungsten alloy radioactive source shield may be a tungsten alloy container for storing and transporting medical radioactive sources, or may be a shield used for medical equipment containing radioactive sources (such as bone densitometer, gamma camera, gamma knife, cobalt 60 treatment machine, etc.) to prevent a large amount of radioactive energy exposure, reduce radioactive pollution, and improve safety. Tungsten alloy radioactive source shields can provide a more reliable and environmentally friendly radiation shielding effect than traditional lead shields.