Manual sliding lead doors are available in single-opening and double-opening models. The door body is internally filled with high-quality lead plates, forming a uniform and dense protective layer that effectively shields against X-rays, gamma rays, and other radiation leaks, ensuring environmental safety. They utilize silent slides and high-strength pulleys for smooth and stable manual operation, and can be equipped with stainless steel handles and a self-closing function.
These products are widely used in hospital radiology departments, CT scan rooms, industrial flaw detection rooms, nuclear medicine facilities, and other locations, providing reliable protection and convenient access.

Lead glass is a special type of glass containing lead oxide. It has excellent transparency and high density, and can effectively block harmful radiation such as X-rays and gamma rays. It is widely used in medical, nuclear industry, and scientific research fields, such as in the manufacture of protective windows, observation windows, and radiation-proof lenses.

Lead plates, made primarily from metallic lead, are characterized by high density and strong corrosion resistance. They effectively block ionizing radiation such as X-rays and gamma rays, and are widely used in medical, industrial, and nuclear facilities fields, making them an important radiation shielding material.

Barium sulfate sand is an important radiation protection material. Its main component is natural barium sulfate (BaSO₄), which has a high density (4.3-4.5 g/cm³) and a high atomic number, effectively blocking X-rays and gamma rays. It is applied on-site by mixing with cement and pouring or plastering to form a seamless, continuous, high-density protective layer, offering both flexibility and economy.

Barium sulfate board, a radiation shielding material, is made from barium sulfate as the core raw material through a special process. It possesses excellent protective properties, effectively blocking harmful radiation such as X-rays and gamma rays, while maintaining a flat and aesthetically pleasing appearance. It is widely used for radiation protection in medical, industrial, and scientific research fields.

Radiation protection engineering aims to protect personnel from the hazards of ionizing radiation. By using materials such as lead plates, barium sulfate sand/plates, and radiation-proof doors and windows, it professionally designs and constructs effective protective barriers in places such as medical radiology departments, industrial flaw detection rooms, and nuclear facilities to ensure environmental safety and personnel health.

Electric swing lead doors are classified into single-leaf and double-leaf electric swing lead doors according to their opening method. The door body is filled with high-quality lead plates, with a uniform and dense protective layer that effectively shields against X-rays, gamma rays, and other radiation leaks, ensuring environmental safety. Equipped with a dedicated electric door opener and intelligent control system, it supports remote control, sensor, button, and interlocking methods. It operates smoothly and quietly and features anti-pinch and slow-stop safety protection functions.
These products are widely used in hospital radiology departments, CT rooms, operating rooms, industrial flaw detection rooms, and nuclear medicine facilities, achieving automated protection and convenient passage.

Electric sliding lead doors are available in single-opening and double-opening models. The door body is internally filled with high-quality lead plates, forming a uniform and dense protective layer that effectively shields against X-rays, gamma rays, and other radiation leaks, ensuring the safety of the surrounding environment. The entire system utilizes a silent drive and intelligent control system, supporting remote control, sensors, and buttons, and features multiple safety protections including anti-pinch and slow-stop mechanisms.
These products are widely used in hospital radiology departments, CT scan rooms, industrial flaw detection rooms, nuclear medicine facilities, and other locations, achieving a perfect combination of automated protection and space saving.