Tungsten alloy syringe shield

Tungsten alloy syringe shield is made of tungsten alloy as raw material. It is a medical instrument with protective effect for medical injection of radiopharmaceuticals. Folding syringe shield
Tungsten alloy syringe shield is made of tungsten alloy as raw material. It is a medical instrument with protective effect for medical injection of radiopharmaceuticals. Tungsten alloy syringe shield is the use of high density tungsten alloy to shield radioactive particles. The density of tungsten alloy can reach 16.5-19.0 g/cm3, which has good shielding effect on radioactive particles.

Tungsten alloy syringe shields are often used in medicine as injection instruments to monitor drug efficacy by isotope tracer method. By using the nuclear physical properties of radioactive isotopes that continuously emit characteristic rays, nuclear detectors can be used to track its position, quantity and transformation in vivo or in vitro at any time. Although stable isotopes do not emit rays, they can be determined by mass spectrometer, gas chromatography, nuclear magnetic resonance and other mass analysis instruments by using the difference in mass between them and the ordinary corresponding isotopes. If the radioactive material irradiates the body or enters the body, it will cause changes in the cells and seriously endanger people's lives. Tungsten alloy shielded needle can protect the body from damage when using radioactive materials. Tungsten alloy syringe shield is the use of high density tungsten alloy to shield radioactive particles. The density of tungsten alloy can reach 16.5-19.0 g/cm3, which has good shielding effect on radioactive particles.

Tungsten alloy syringe shields are often used in medicine as injection instruments to monitor drug efficacy by isotope tracer method. By using the nuclear physical properties of radioactive isotopes that continuously emit characteristic rays, nuclear detectors can be used to track its position, quantity and transformation in vivo or in vitro at any time. Although stable isotopes do not emit rays, they can be determined by mass spectrometer, gas chromatography, nuclear magnetic resonance and other mass analysis instruments by using the difference in mass between them and the ordinary corresponding isotopes. If the radioactive material irradiates the body or enters the body, it will cause changes in the cells and seriously endanger people's lives. Tungsten alloy shielded needle can protect the body from damage when using radioactive materials.