Radiation-proof lead sheet is a high-density professional shielding material designed to block X-rays, gamma rays and neutron radiation. It is widely deployed for radiation safety protection in hospital radiology departments, nuclear power facilities, scientific research laboratories and industrial flaw detection workshops, providing reliable ray isolation and occupational safety guarantees for various radiation-prone environments.
Core Advantages
High-Efficiency Radiation Shielding: Manufactured with ultra-high-purity lead of ≥99.99% purity. It supports adjustable lead equivalents ranging from 0.5mm to 20mm, achieving a maximum radiation shielding efficiency of over 99% for mainstream ray energy spectra.
Superior Toughness & Durability: Featuring excellent anti-corrosion and anti-oxidation properties, the lead sheet maintains stable physical and shielding performance in long-term service. It adapts well to harsh working conditions including high humidity and high temperature, delivering an extended service life.
Flexible & Versatile Construction: The material allows free cutting and bending processing. It can perfectly fit conventional and complex structural surfaces such as walls, protective doors, windows and pipeline edges, catering to diverse customized shielding construction requirements.
Eco-Friendly & Safe Application: Contains no volatile harmful substances and fully complies with RoHS environmental protection standards. It meets the strict cleanliness and safety specifications of medical and nuclear industry scenarios.
Product Parameters
Material Composition: High-purity lead substrate with optional protective coatings including stainless steel cladding and PVC coating for enhanced surface protection.
Thickness Specification: Available in 1mm–15mm thickness. Conventional matching standards: 1–3mm for medical rooms, 5mm and above for industrial and nuclear power shielding projects.
Size Options: Customized sizes are supported. Standard finished specification: 1000×2000mm; roll-type supply is also available for flexible construction.
Installation Methods: Multiple mature installation solutions including adhesive bonding, embedded installation and bolt fastening to suit different on-site construction conditions.
Application Scenarios
Suitable for radiation protection engineering in multiple scenarios, including hospital CT rooms, DR rooms and radiotherapy departments, nuclear power plant facilities, nuclear waste storage areas, industrial flaw detection workshops and professional scientific research laboratories.
With stable and reliable shielding performance, convenient construction and wide environmental adaptability, radiation-proof lead sheet has become an essential and core material for standardized radiation protection engineering across medical, industrial and nuclear energy fields.
