What should be noted when using medical airtight doors?

　　During the use of medical airtight doors, it is important to pay attention to certain precautions and to perform timely maintenance and cleaning to ensure their safe and normal operation. In our daily use, there are many unscientific and improper practices, such as opening and closing the door casually, failing to keep it clean for extended periods, storing hazardous materials nearby, and inadequate ventilation. The dust on radiation-shielding lead doors should be removed regularly. Radiation-shielding doors, glass surfaces, and hardware components must be kept clean and shiny. Even if stainless steel becomes contaminated with dust and grime, the chemicals contained in these contaminants can corrode its surface. If this continues unchecked, the steel will deteriorate and decay, thereby compromising the performance of the radiation-shielding lead door.

　　Materials: Among various engineering materials, metallic materials are widely used. There are many types of steel available; however, alloy steels stand out due to their superior mechanical properties, relatively low cost, and ease of availability. Moreover, they can be tailored to perform a variety of functions. As a result, alloy steels—known for their excellent performance—are frequently employed in the manufacture of critical components and are extensively utilized in automatic door and medical applications. Among non-ferrous metals, aluminum, copper, and their alloys are commonly used. In particular, aluminum alloys and corrosion-resistant, radiation-shielding lead doors are widely adopted in engineering projects. Radiation-shielding lead doors, though seldom seen in everyday settings, are typically used in specialized environments. Consequently, the design of radiation-shielding doors differs significantly from that of ordinary doors. Many specialized designs are customized based on the specific installation location and usage conditions. Manufacturers of radiation-shielding lead doors also offer custom-made dimensions and installation methods tailored to meet individual customer requirements.

　　What are the applications of air-tight doors?

　　The aesthetic enhancement of buildings is further enhanced as airtight doors—thanks to their widespread adoption in new designs, decorative materials, and advanced manufacturing processes—are increasingly harmoniously integrated with the architecture in terms of both shape and structure. The working principle of an airtight door involves several key components: the door frame, the door panel, inflatable sealing strips, and an air-inflation/deflation control system. Among these, the inflatable sealing strips are embedded in grooves within the door panel frame.

　　1. Visual inspection: no bubbles, no delamination;

　　2. The color base is completely transparent, with no gray or black residue remaining, and the color is uniform and symmetrical.

　　3. Laser cutting produces a smooth and even surface with clean removal of sharp edges and slag.

　　4. Perform characteristic testing to verify whether the device can exceed the labeled safety protection equivalent.

　　2. The safety protection layer shall be made of solid, cold-rolled, high-purity lead sheets and shall feature an integral self-adhesive design.

　　3. The accessory chain for radiation-shielding lead doors includes work lights, signage equipped with controllers, infrared-sensor anti-slip devices, and hydraulic control systems; as well as radiation-shielding lead doors, radiation-shielding lead sheets, radiation-shielding lead rooms, radiation-shielding barium sulfate, radiation-shielding lead glass, radiation-shielding lead boxes, radiation-shielding lead coatings, and sealed doors.

　　The airtight door boasts excellent airtightness: The aluminum-plastic composite window features multiple sealing strips or gaskets installed in each groove, ensuring superior airtightness and a layered aesthetic. This fully maximizes the effectiveness of air conditioning, achieving energy savings of up to 50%. Waterproof door and window design: Equipped with a waterproof structure, these doors and windows completely isolate rainwater from the outside environment, with water tightness meeting national standards.