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Tungsten alloy nuclear shield block is an ideal material for shielding against radiation, which can greatly reduce its physical size compared to lead, but does not degrade its shielding performance. It uses the tungsten alloy shielding material to shield the radiation generated in the nuclear reaction process to prevent damage to human health. During the operation of a nuclear reactor, the reactor core will produce a variety of radiation as well as neutron (n), proton (p), deuterium (d) and fission…

Tungsten alloy syringe shield has excellent radiation shielding ability. It is made of tungsten alloy and can be used as a protective medical device for injection of radioactive drugs. It utilizes the shielding effect of tungsten alloy on radioactive particles. The density of tungsten alloy can be 16.5~19.0g/cm3, and it has good shielding benefits for radioactive particles. If the radioactive material irradiates or enters the human body, the cells will become diseased and seriously endanger human life, while tungsten alloy…

Tungsten alloy shield for cancer treatment equipment has the advantages of high density, high hardness and high shielding capacity for various kinds of rays. In addition, it is environmentally friendly and will not cause pollution to the environment and harm to human health. It is used to screen cancer treatment equipment. In cancer treatment, tungsten alloy shield for cancer treatment equipment can protect healthy skin tissue, help save lives, and protect healthy tissue around by eliminating cancer cells. The main…

Tungsten alloy X-ray collimator is a kind of equipment used to produce X-ray, which can be divided into industrial X-ray collimator and medical X-ray collimator. X-rays can check the internal defects of metal and non-metal materials, such as porosity, slag inclusion and non-penetration defects in welding seams. Industrial X-ray machines can be divided into hard and soft X-ray machines according to the intensity of the resulting rays. The diffraction analyzer used for physical and chemical detection belongs to soft rays,…

Tungsten alloy γ-ray shield has high density, and the reduction in physical size does not affect the effectiveness of its rigid or shielding properties, so it is often used in places where space is limited or only small areas requiring absorption. Compared to traditional radiation shielding material, it can provide excellent value. γ-ray belongs to high-frequency electromagnetic radiation. It can produce the interactions of subatomic particles, such as positive-negative electron annihilation, neutron-neutral meson decay, fusion, fission, or inverse Compton scattering…

Tungsten alloy radioactive source receptacle is a tungsten alloy shield used for storing radioactive sources. It has good radiation shielding ability, abrasion resistance, impact resistance and corrosion resistance. The density of tungsten alloy is 17.0g/cm3~18.5g/cm3, which is larger than ordinary material. Compared with other traditional shielding materials such as the lead, tungsten alloy is an excellent shielding material. As medical technology changes with each passing day, more and more radiation in our life has caused new problems. In order to…

Tungsten alloy medical shield is of high intensity, great absorption capacity, corrosion resistance, weldability and processability, which is environmental. It is mainly used in nuclear medicine as radiation shielding material for the treatment of cancer tumors, medical imaging and radioactive tracer. Tungsten alloy medical shield can protect patients, doctors, nurses and others from radiation hazards. It can be used for collimator, nuclear radiation shielding, radiation blocking, PET syringe shielding, protective tank, radioactive isotope container, deoxyribonucleic acid (FDG) container, multi-blade collimator,…

Tungsten alloy shield for industrial radiography has a strong absorptive capacity and is 30-40% higher than lead. It is usually used in the online testing equipment and collimator of pipelines. It can measure the thickness and density of horizontal paper, plastic film steel or surface coating materials in the production process. Industrial radiography uses gamma rays to detect materials such as faults in metal and concrete structures. The intensity of the detector signal is used to measure the thickness, density…

Tungsten alloy shield for transporting radioactive material has excellent radiation shielding capacity, which is gradually replacing traditional shielding materials. It is often used in transport collimator, gamma cameras, cobalt remote therapeutic equipment and nuclear reactors. Compared with lead of the same weight, the high density of the tungsten alloy makes the shield of the tungsten alloy as absorbent as lead, and the volume is only 1/3 of that of lead. Tungsten alloy shield for transporting radioactive material provides people with…

Tungsten alloy shield for storing radioactive material is more powerful than large radiation shielding and can be used as a container for storing radioactive materials, such as collimator isotopes, gamma cameras, cobalt remote therapeutic equipment and nuclear reactors. Tungsten alloy shield for storing radioactive material is mainly made of tungsten alloy and has many advantages that lead shields do not. Although lead shields have long been used to store and transport radioactive materials, they pose environmental hazards. In addition, large…