X Ray 1200*1500mm Size Radiation Protection Lead Glass With Stainless Steel Frame

X-Ray Glass Protective Radiation Protection Lead Glass 1200*800

This is vital to ensure that medical personnel are kept safe from harmful radiation. Lead glass is also used in other applications where radiation is present, such as in nuclear medicine. In these cases, lead glass is used to shield against gamma rays, which are even more penetrating than x-rays. Lead lined frames are also an essential component of radiation shielding, as they help to ensure that the lead glass is firmly mounted in place and that no radiation is passing through the frame.

X-RAY GLASS IS:

• Available in 1.6mm, 2.0mm, 2.4mm, 3.2mm and 3.7mm lead shielding equivalences and higher ratings are available upon request.

• The highest density x-ray lead glass available for the most efficient medical radiation shielding quality, and yet also allowing approx. 88% spectral light transmission.

Application

We supply the radiation-proof lead glass sheets,lead screens,Lead sheets are mainly used to the radial

protection and shielding protection.

and our sale lines also including :lead glass doors,lead glass windows,lead glass pipes,lead wires,and barium sulfates ,etc.

The radiation protection lead glass sheet is one of high-teach ionizing radiation protection products.

The product features excellent radiation protection performance.as well as perfect match between

visual effect and high-quality medical equipment.so,it is really an ideal quality product applicable to radiology rooms

for such equipment as linear accelerators,gamma knifes,post-loading equipment, PET-CT, CT, DR, DSA,

and X-ray machines in modern high-grade hospital.

FAQ:

HOW DO LEAD WINDOWS PROTECT AGAINST RADIATION?

Lead glass is an excellent material for radiation shielding because it is dense and absorbs a high percentage of radiation that passes through it. The lead in the glass helps to block x-rays and other types of ionizing radiation. The electrons in lead atoms are very tightly bound, which makes it difficult for x-rays to penetrate the material. When x-rays do pass through lead glass, they are scattered and absorbed, which reduces the amount of radiation that is able to reach you.