Lead Lined Doors & Frames
Ultraray Radiation Protection provides a complete range of standard and custom-sized Lead-Lined Doors and Frames designed for superior shielding performance. Each door is precisely engineered to meet radiation protection requirements for X-Ray, Gamma, PET/CT, and other nuclear applications, including motorized options for NDT/NDE, Linear Accelerator, and heavy-weight shielding environments. Standard sizes are stocked, and custom sizes are available to suit specific project needs.
Our doors are available in wood or steel construction, with lead thicknesses ranging from 1/32” to 1/8”. Standard wood veneers include Birch, Red Oak, and Plastic Laminate (Formica & Wilsonart). Birch and other wood doors can be fire-rated for 20 minutes (ASTM 152-81A), while higher ratings require steel construction. Steel doors are recommended for lead thicknesses greater than 1/8”, ensuring strength and long-term performance.
Standard single-door sizes include 3070 (36” x 84”) and 4070 (48” x 84”), with pair-door configurations available in 48” + 12” x 84” and 36” + 12” x 84”. All door slabs are 1¾” thick and can be prepared with 161 bore prep for cylindrical locksets when ordered with matching frames. Hager 780-224 LL continuous hinges (piano hinges) are supplied as standard to maintain perfect alignment and smooth operation.
Vision lite kits are offered in a range of sizes, up to a maximum of 24” x 36”, with common options such as 12” x 12”, 6” x 24”, and 6” x 36”. Door swing configurations including right-hand, left-hand, and reverse are available to meet all architectural and installation requirements.
Ultraray’s Lead-Lined Frames are fabricated from 16-gauge cold-rolled steel, with optional 12- or 14-gauge construction. Frames feature a 2-inch face with a double-rabbeted profile and are available in knock-down (KD) or welded shielded configurations. Accessories such as anchors, clips, wire, yoke and strap, and EMA/EXB components ensure a complete installation solution.
Ultraray’s Lead-Lined Doors and Frames combine precision, durability, and reliable radiation protection, trusted in CT suites, X-ray departments, and nuclear facilities worldwide for consistent, long-term performance.
