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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…

Tungsten alloy shield for pipe-line inspection is made of tungsten alloy and has excellent radiation shielding ability to prevent radioactive sources. Radiation is used to check welding and detect cracks in pipes. The gamma source is mounted in a controlled wheeled cart for tube length propagation. Radiation is used to inspect welds and detect cracks in pipelines. A gamma source is mounted on a remote-controlled wheeled trolley and travels inside the length of the pipe. A tungsten collimator is used…

Tungsten alloy shield for geological well logging is of high density and hardness. It has good radiation shielding ability, which is used to shield the radioactive source. When the solid source is put into the borehole, the radiation can penetrate the rock layer. The data can be used to analyze whether there is oil or gas in the rock. Geological well drilling is an exploration technique used mainly in the oil and gas industries. It is also known as cable…

Nuclear logging tungsten radiation shield has excellent characteristics such as high density, high radiation shielding and non-toxic environmental protection. It can be used for storing radioactive isotopes and geological exploration. Nuclear Well Logging Nuclear well logging, also known as radioactive logging, refers to the use of nuclear techniques to measure wells and use radioisotopes to release the characteristics of rays. According to the type of radiation emitted, it can be divided into gamma logging, neutron logging, radionuclide tracer logging and…

Tungsten alloy multileaf collimator is composed of 120 tungsten alloy gratings. It has a good shielding effect on radioactive materials and is widely used in radiological medical technology. Characteristic The main ding of the tungsten alloy multileaf collimator is to replace the hand-made irregular lead stoppers. In the course of treatment, the motion of each blade is controlled by a computer to form an irregular shape that is clinically required. Its blades are made of tungsten alloy, which is much…

Tungsten multiple layer multi-leaf collimator has good radiation shielding and environmental protection. It is widely used in radiological medical technology and can precisely control the direction of the radiation. Characteristic Tungsten multiple layer multileaf collimator is composed of multiple tungsten alloy blades that block the radiation, and each tungsten alloy blade is closely adjacent. It has good radiation shielding and environmental protection. It can be quickly tracked and has high accuracy. It can be used in radiotherapy equipment to better…