Radiation Shielding Lead Door, Radiation Protection Door, Protective Door, Radiation Blocking Door

Product Application: Shield radiation and protect the human body from radiation exposure.

Application Range: Radiology, school laboratories, nuclear industry radiation shielding environments, etc.

Product Introduction: Lead Doors - Available in swing, electric, and sliding door styles. Our lead doors are constructed with 304 stainless steel frames, internally reinforced with steel ribs, and lined with 99.994% pure lead plates, offering excellent radiation shielding properties. They are used in dental departments, CT rooms, X-ray rooms, and more. The internal frame of the radiation shielding door is made of steel, while the exterior is clad with various materials such as stainless steel, color steel, cold-rolled steel, and decorative panels, combined with electric and manual radiation shielding doors. Radiation shielding doors come in various styles and sizes. The lead shielding quantity and door size are customized according to the user's specific protection requirements and door opening dimensions. The products are technologically advanced, beautifully crafted, and effectively protect against X, γ radiation, and neutrons. Electrically operated doors are generally suitable for larger doors, as manual operation can be strenuous due to their weight, hence the electric opening feature. The opening types include swing and sliding. Sliding radiation shielding doors move parallel to the wall, with the door structure and material determined by the radiation machine's power (KV) and the door opening size. The frame structure differs from that of swing doors. Please select according to your actual decoration needs!

Product Categories

1. Swing-type protective doors, available in inward and outward swinging designs. The structure and material of the door are determined by the power of the radiation machine (in kV) and the size of the doorway.

2. Sliding Lead Protection Door, opening in a direction parallel to the wall. The structure and material of the door are determined by the power of the radiation machine (kv) and the size of the door opening, with the frame structure differing from that of a swing door.

3. Electric lead shielding doors, generally suitable for larger doors. Due to their heavy weight, manual opening is quite labor-intensive, hence the use of electric opening. The opening styles include swing and sliding.

Detailed Description

The surface of the radiation protection door is decorated with stainless steel panels, seamless in the middle, enhancing the decorative effect.

2. The protective layer is made of fully rolled lead plates, ensuring seamless and bubble-free construction.

3. Ray protection doors equipped with door machines, work lights, warning signs, featuring a remote control and infrared collision avoidance devices and control components.

4. The ray protection door motor is a variable-frequency motor. The electrically-operated protection door features a three-in-one interlock device of electric, manual, and remote control, with inductive devices enabling manual opening and closing of the door leaf, as well as remote control operation. In the event of a power outage, upon restoration of power, the electric door automatically closes, effectively serving as a theft deterrent.

Cautionary Notes

Inspect the required radiation shielding doors, ensuring they are checked for proper installation and that their operation is smooth and easy.

2. Place the door into the door opening (remove the door panel if necessary), ensuring the edge is flush with the wall and perpendicular. Correct the wall surface as needed.

3. The vertical positioning of the side frame of the dumpling holder must ensure that the point and surface are on the same plane.

4. Secure the side frame of the dumpling holder with a pull-out bolt (M10 pull-out bolt) or a pull-tab, ensuring it is firmly in place.

5. Adjust the lock position's vertical width, ensuring the gap between the door leaf and the door frame is even and consistent, then secure it in place.

6. Open the radiation shielding door and check if the switch operates smoothly.

7. Once the cement slurry or foam adhesive has dried, simply remove the spacer strips and their pads.

After-Sales Service

1. Our company provides product inspection reports, construction methods, and installation instructions with the sale of products.

2. The company has experienced radiation protection technicians who provide on-site services according to customer needs.

3. Our company offers after-sales repair services for our products.