The design of lead doors can be customized based on the characteristics of different radiation shielding doors, such as combining the easy design of airtightness for swing radiation shielding doors with the ease of design requirements for sliding radiation shielding doors. This not only reduces the design complexity but also minimizes investment while meeting technological requirements.
Lead doors, also known as lead sheet doors, are categorized into swing doors, sliding doors, revolving doors, plug doors, and combined doors.
1. Sliding sash lead doors are primarily used in locations with low radiation intensity and a requirement for airtightness, commonly applied in personnel access passages. Such locations generally have a thinner shielding layer, moderate passage dimensions, and airtightness requirements. The doors can typically be manually operated.
2. Sliding lead doors are primarily used in places with relatively strong radiation intensity and no requirement for airtightness. This Chongqing lead door is generally applied to the outer doors of mixed personnel entry and exit passages or logistics passages. The space outside the passage is larger, the shielding layer thickness is relatively thicker, the passage dimensions are larger, and there is a requirement for airtightness. The opening method can generally 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 mainly 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 the door's opening. Generally, shock absorbers are included, and the inside of the protective door is sealed with a rubber gasket. How much is the protective lead door per square meter?

The lead door main structure is specially designed to minimize radiation leakage through the gap between the door and the wall.
Lead doors are primarily used for entrances and exits requiring the blocking of radiation, mainly employed in machine rooms and mining areas. They can be categorized into swing-type radiation shielding doors, sliding radiation shielding doors, and electric radiation shielding doors.

Lead doors are constructed with thick steel plates, bolted and welded together, with various protective materials such as protective building coatings or lead sheets inside. They are suitable for high radiation dose applications such as industrial radiographic inspection, nuclear power plant control rooms, and radiation protection doors for radiation source libraries. They are essential products for industrial radiographic exposure control rooms and meet or exceed national radiation protection standards in terms of the quality of the electrically operated radiation protection doors manufactured by the company.
Regularly clean the dirt on the lead doors to maintain the cleanliness and luster of the lead doors, glass, and metal components. Even stainless steel can be corroded by chemicals when contaminated with dirt and dust, over time leading to deterioration and decay of the steel, thereby affecting the operational function of the lead doors.
Once the lead plate door gets contaminated with greasy substances that are hard to clean, do not use strong acid or alkali solutions for cleaning. This not only easily damages the luster of the profile surface but also destroys the protective film and oxide layer on the hardware, leading to rusting of the hardware.