Radiation Protection

X-ray lead doors are radiation protection equipment designed for medical radiology, industrial flaw detection and other scenarios. Its core uses a high-purity lead plate shielding layer, combined with an intelligent drive system and multiple safety protection mechanisms, while ensuring radiation saf

X-ray radiation shielding screen is a professionally designed mobile or fixed protective device. Its core function is to effectively attenuate and absorb X-ray radiation, providing a vital safety barrier for medical staff, operators and the surrounding environment. It is mainly used to isolate the i

L-type lead protection screen product details introduction Product Overview The L-type lead protection screen is a mobile three-dimensional protection system designed for high-radiation environments. It is made of high-purity lead plates (≥99.99%) and reinforced steel structures to form a double-win

X-ray lead screen is a movable radiation protection barrier, designed for medical radiation diagnosis and treatment (such as DR room, CT room, interventional operating room), industrial non-destructive testing (X-ray flaw detection) and other scenarios. Its core value lies in dynamically interceptin

X RayLead glass achieves excellent shielding performance through high content of lead oxide (20%-70%), with a density of 4.8-6.2g/cm³, about twice that of ordinary glass. Its protection principle relies on the photoelectric effect and Compton scattering of lead atoms, and the shielding rate of low-e

X-ray lead doors are radiation protection equipment designed for medical radiology, industrial flaw detection and other scenarios. Its core uses a high-purity lead plate shielding layer, combined with an intelligent drive system and multiple safety protection mechanisms, while ensuring radiation saf

The radioactive waste decay box adopts a lead-steel composite shielding body, with a 316L nuclear-grade stainless steel liner (corrosion-resistant and radiation-resistant), a 150mm lead equivalent high-purity lead layer (density 11.34g/cm³) on the outside, and boron polyethylene neutron absorbing ma

Radiation shielding glass product technical specifications Material structure Using high-purity quartz sand as the matrix, 20%-80% lead oxide (PbO) is melted and doped to form a homogeneous glass body with a density of 6.2-8.0 g/cm³. The lead element is locked in the silicon-oxygen network in an ion

Product composition and characteristics Radiation-proof lead glass uses high-purity silicon dioxide (SiO₂) as the base material, and is made by melting 20%-80% lead oxide (PbO) at high temperature. The density reaches 6.2-8.0 g/cm³ (about twice that of ordinary glass). Its core parameter lead equiva

Lead glass achieves excellent shielding performance through high content of lead oxide (20%-70%), with a density of 4.8-6.2g/cm³, about twice that of ordinary glass. Its protection principle relies on the photoelectric effect and Compton scattering of lead atoms, and the shielding rate of low-energy

X-ray radiation shielding screen is a professionally designed mobile or fixed protective device. Its core function is to effectively attenuate and absorb X-ray radiation, providing a vital safety barrier for medical staff, operators and the surrounding environment. It is mainly used to isolate the i

Product Positioning The Nuclear Medicine Mobile Injection Cart is a full-function safety operation platform designed for radioactive drug packaging and bedside injection. It integrates radiation protection, cold chain storage, aseptic operation and intelligent monitoring systems. It is dedicated to