News
NASA Uses Fortress Flame Resistant Lead-Free Radiation Shielding for High Energy Electron Gun in ICEE Laboratory
Posted by Mandy Bayman on
When faced with upgrading technology and installing a high energy electron gun, NASA’s ICEE lab required radiation shielding to protect staff from the harmful effects of radiation exposure. XrayCurtains.com responded with the Fortress flame resistant lead-free radiation shielding solution built to the client's specifications.
International Credit Terms for Purchase of Radiation Shielding Products
Posted by Mandy Bayman on
XrayCurtains.com offers credit terms to qualified international customers to avoid pre-payment. This eliminates the risk for customers by postponing payment until after they have received their product.
Top Ten FAQ’s About Installing X-Ray Curtains for Medical Imaging Radiation Shielding
Posted by Mandy Bayman on
Flexible leaded rubber x-ray curtains are an adaptable and easy solution for radiation protection in many medical imaging environments. X-ray curtains come in many colors, sizes and thickness to meet every application. These frequently asked questions will help you learn about radiation protection options and installation.
Xyflex Lead-Free X-Ray Curtains Offer An Improved Environmentally Compliant Shielding Solution for Packaged Food Scanners
Posted by Mandy Bayman on
Food production facilities can now choose Xyflex x-ray curtains for inspection systems that are a long-lasting, lead-free, environmentally compliant and food-safe replacement to traditional lead curtains.
CBCT System Radiation Shielding in Dental Practices
Posted by Mandy Bayman on
The use of cone beam computed tomography (CBCT) systems in dental and orthodontic practices has become commonplace. However, care should be taken to ensure the difference in scatter radiation is accounted for in case additional area shielding is required.
How Much Radiation Shielding Do I Need For My Medical Clinic?
Posted by Mandy Bayman on
Determining what kind of radiation shielding is needed for medical imaging, how thick the material should be and how and where to place the shielding can depend upon the imaging equipment being used, its frequency of use, the building's construction materials, room occupancy, adjacent rooms and the layout of the building. This is a guide to help medical professionals and administrative staff better understand the requirements for radiation shielding in settings where medical imaging procedures are performed.
