Radiation Protection

X‑ray lead‑lined doors are specialized containment apparatus deployed across clinical imaging departments and non-destructive testing facilities. Constructed with a refined lead-sheet attenuation layer as the central component, these systems incorporate automated operation mechanisms and layered saf

X-ray protective barrier serves as a dedicated shielding facility, offered in movable and stationary configurations. It aims to mitigate and capture X-ray radiation, delivering trustworthy safety coverage for clinical workers, equipment operators and adjacent zones. This product works to intercept 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

This specialized X-ray radiation shielding glass gains robust radiation attenuation capacity thanks to its abundant lead oxide composition ranging from 20% to 70%. The material boasts a density between 4.8 g/cm³ and 6.2 g/cm³, roughly double the density value of conventional flat glass. The radiatio

X‑ray lead‑lined protective doors are specialised shielding assemblies built for hospital radiology departments as well as industrial non‑destructive inspection sites. A high‑purity lead sheet forms the primary radiation‑blocking core. Combined with smart drive hardware and comprehensive safety mech

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

Radiation-attenuating leaded glazing delivers superior containment capability via elevated lead oxide concentration spanning 20 to 70 percent, possessing specific gravity between 4.8 and 6.2 grams per cubic centimeter—roughly double the value of conventional silicate glass. Its attenuation mechanism

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