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Tungsten alloy radiation wall has a good ability to shield the ray. It weakens the photoelectron and causes the photoelectron to form a decaying electron couple to form attenuation, thereby shielding x-rays and gamma rays. It is widely used in nuclear power plants, industrial fields, medical X-ray systems, radioisotopes, accelerators and many other fields. Characteristic The design principle of the tungsten alloy radiation wall stems from the principle of half-life of radioactive elements, which aims to reduce the amount of…

Tungsten alloy radiation shielding door has good radiation shielding, reasonable door structure, smooth switch, novel appearance. It can shield invisible radiation, electromagnetic wave and magnetic field, which also protects electronic equipment and human body. It is widely used to shield rays, electromagnetic waves, medicine X-ray imaging and radiation therapy. According to different uses, tungsten alloy radiation shielding door can be used in X-ray examination rooms, nuclear medical treatment rooms, radioisotope laboratories, and control rooms in industrial fields. Tungsten alloy radiation…

Tungsten alloy radiation shell has good ray shielding ability, high density and non-toxic environmental protection. It is a good use of the shielding shell, widely used in all aspects of medical treatment. Characteristic Compared with the same weight of traditional shielding materials, tungsten alloy radiation shell has higher density, smaller volume, and better absorption of radiation. Made of tungsten alloy material, it also has non-toxic and environmentally friendly features. Applications The use of tungsten alloy radiation shell is not subject…

The density of tungsten alloy radiation room is high. Compared with other materials, the radiation room has thinner thickness and higher ray absorbing ability. It can maintain its good performance even under extreme conditions. Characteristic Tungsten alloy radiation room has good ductility, corrosion resistance, mechanical properties, good thermal conductivity, low thermal expansion coefficient, and high radiation absorption. Applications Tungsten alloy radiation room is used in the medical field as collimators, shields for radiotherapy equipment, and shielded syringes. Due to its…

Tungsten alloy radiation focusing ring has high density, smaller volume than traditional shielding materials and good radiation shielding capability. In life, people can be protected from electromagnetic radiation from electronic devices. Applications Tungsten alloy radiation focusing ring is used in nuclear research to guide and focus the radiation beam, thus enabling the development of radioactive materials. It can direct the radiation beam to a given target. Conventional radiation therapy requires a regular field of X-radiation at a distance from the…

Tungsten alloy radiation CT target has good shielding and absorption capabilities for X-rays and gamma rays. Compared with X-ray fixed anodes, it can emit more energy X-rays and is widely used in the medical field. Characteristic Tungsten alloy radiation CT target has strong absorption of radiation and can withstand higher charges. Tungsten alloy is the best raw materials for production and has high density. The thickness of tungsten alloy radiation CT target can be designed to be thinner. Applications Tungsten…

iPad tungsten alloy radiation protection has good ability to absorb electromagnetic radiation and is easy to use. It is an electrical radiation shielding device designed specifically for the iPad, so that when you use the iPad, it is immune to electromagnetic radiation. Characteristic The structure of the iPad tungsten alloy radiation protection is simple. It has a hanging button and is easy to use. You can use anytime, anywhere. It provides the best protection in the harshest environments and protects…

Tungsten alloy radiation brick has many excellent characteristics and excellent shielding effect against radiation. It is widely used in weapons and equipment, machinery manufacturing, aerospace equipment, medical shielding and sports weights. Characteristic Tungsten alloy radiation brick has excellent radiation absorption capability, electrical conductivity, thermal conductivity, corrosion resistance, high density, good mechanical strength, low coefficient of expansion, and high modulus of elasticity. Applications Tungsten alloy radiation brick can be used in nuclear medicine, neutron radiation shielding, instrument shielding protection, cobalt shielding,…

Radium isotope tungsten radiation shielding has high density, high radiation shielding, and non-toxic environmental protection. It is widely used in medical and industrial applications. Characteristic Radium isotope tungsten radiation shielding has a good absorption capability for radium. Radium is a highly radioactive element that emits alpha and gamma rays upon decay, and emits a large amount of heat, which produces fission and thorium, and thorium is also radioactive. Radium rays can destroy animals, kill cells and bacteria, and use radium…

Tungsten decay radiation shielding can reduce and avoid the damage to the human body caused by the radiation released during the entire process of decay. It has excellent decay product radiation absorption ability and green environmental protection characteristics. It is widely used in radiation shielding. Characteristic Tungsten decay radiation shielding is made of a tungsten alloy and usually has high density and good processability. Tungsten alloy has the density higher than 60% of lead density and is very suitable materials…