If you want to know more about the tungsten alloy, the following articles will give you some help. These news is the latest market situation, trend in development, or related tips of the tungsten alloy industry. More news about tungsten alloy, are being released. Follow us / contact us for more tungsten alloy information!
The tungsten alloy front collimator is located in front of the X-ray tube of the CT machine. It has the characteristics of high density, smooth surface and good dimensional accuracy.
Medical tungsten alloy radiation protection box refers to a type of protective container made of high-quality tungsten based alloy for storage and transportation of medical radioactive sources
CT machine is a common medical equipment in modern medicine, which mainly uses X-rays for image diagnosis. For X-rays, effective shielding protection is required to ensure the safety of professional operators and the public.
Tungsten Heavy Alloy products are offered as machinable blanks or as precision machined parts to customer specification and used in many different applications as listed below.
Tungsten alloy weight has high density, high melting point, high hardness, high wear resistance, high ultimate tensile strength, high elongation, good machinability, non-toxic and pollution-free, high impact resistance and crack resistance
Tungsten alloys are widely used as shields in industry, nuclear energy, and medical fields. Due to its high density and large atomic number, tungsten alloy is the best material for shielding, which can shield gamma rays and X-rays.
Isotopes are different nuclides of the same element. Their nuclides have the same number of protons but different numbers of neutrons. In nature, naturally occurring isotopes are called natural isotopes, and synthetic isotopes are called artificial isotopes.
Recently, the research group of Fang Qianfeng, a researcher at the Institute of Solid State Physics, Chinese Academy of Sciences, made significant progress in the development of nanostructured tungsten-based alloys, and successfully prepared high-strength dual-nanostructured tungsten materials.
Sintering of tungsten-based heavy alloys is an important part. The sintering process has a great influence on the density, grain size, segregation and microstructure of the alloy.
Tungsten alloy weights have a long history of development. China has entered the heyday of bronze castings between 1700 and 1000 BC, and the process has reached a fairly high level. Europe also began producing counterweights around the eighth century.
