Manually operated swing lead doors are available in two types based on their opening mechanism: manual single-opening swing lead doors and manual double-opening swing lead doors. 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. Heavy-duty hinges and stainless steel handles make manual opening easy and effortless. A self-closing spring is optional for automatic reset and closure. The door surface can be made of stainless steel or color-coated steel, ensuring durability.
These products are widely used in hospital radiology departments, CT scan rooms, operating rooms, industrial flaw detection rooms, and nuclear medicine facilities, providing reliable protection and simple operation.

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.

Lead bricks are brick-shaped shielding components made from high-purity lead (usually ≥99.9%). Their core purpose is to effectively block ionizing radiation such as X-rays and gamma rays, and they are a modular core material in radiation protection engineering.

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.