X-ray Lead Door, Radiation Shielding Lead Door, Scratch-Resistant, Oxidation-Resistant

During the design process of lead doors, combinations can be selected based on the characteristics of different radiation shielding doors, such as utilizing the ease of designing airtightness requirements with swing radiation shielding doors and the ease of designing sliding doors. This not only reduces the design difficulty but also, under the condition of meeting process requirements, can minimize investment.
After installing the lead door, further protection checks are required. Points to note during lead door installation:
1. Check if the switch is smooth and functional for the lead door operation.
2. Ensure proper installation as per requirements during the installation process.
3. Place the door at the opening so that the contact surface within the edge position fits the wall and remains vertical.
4. The wall surface should be corrected to ensure proper installation as per regulations.

Lead doors, also known as lead plate doors, are categorized into swing doors, sliding doors, revolving doors, plug doors, and modular doors.
1. Sliding lead doors are primarily used in places with low radiation intensity and a requirement for airtightness, commonly applied in personnel entry and exit passages. Such locations typically have thinner shielding layers, moderate passage sizes, and airtightness requirements. The doors can generally be manually opened.
2. Sliding lead doors are primarily used in places with relatively strong radiation intensity and no airtightness requirements. This Chongqing lead door is generally applied to the outer doors of mixed personnel entry-exit passages or logistics passages. The space outside the passage is large, the shielding layer thickness is relatively large, the passage dimensions are large, and there may be a requirement for airtightness. The opening method can usually be manual or electric.

Sliding lead doors are equipped with upper and lower fixed hinges on one side of the door frame. The door panel is connected to the frame via these hinges, allowing the door to swing around the hinge axis for smooth opening and closing. The sliding protective door is primarily composed of the door frame, door panel, hinges, lead door latches, electric sliding door locks, clamping mechanisms, shock absorbers, and stoppers. For powered operation, electric or hydraulic push rods or other drive mechanisms can be installed to mitigate the impact on the wall during door opening. Generally, shock absorbers are included, and the interior of the protective door is sealed with a rubber gasket. How much is the protective lead door per square meter?

What are the advantages of lead doors in protection?
1. The lead door boasts an aesthetically pleasing design, with stainless steel panels connected using elevator-grade stainless steel interface technology. It is fully bonded with imported adhesive, ensuring flat, strong, and non-delaminating joints. The lead door is equipped with an infrared anti-entrapment device to safeguard personnel. The electrical components of the lead door feature a protection mechanism against three-phase power phase reversal damage, with a shielding door motor device to immediately alert of power phase reversal.
2. The lead door's main structure is specially designed to minimize dose leakage between the door and the wall.
3. Lead doors are primarily used at entrances and exits that require the blocking of radiation, mainly in machine rooms and mining areas. They can be categorized into swing-type radiation-proof doors, sliding radiation-proof doors, and electric radiation-proof doors.
The design and operation process of lead doors, the structure of X-ray protective lead doors facing electric sliding doors, featuring imported motors and technology, composed of door panels, traveling mechanisms, field limiters, and shock absorbers. The internal frames are all constructed with steel skeleton structures, with the door leaves mounted on tracks on a dry external slope. The upper guide rail suspends the door fan and operates in a lower guide rail mode. The electric X-ray protective doors are equipped with safety features such as door interlocks, working indicator lights, and radioactive signboards.