Product Details
The radiation-proof barium sulfate board is a high-performance radiation shielding panel formulated with high-purity barium sulfate (BaSO₄) as the core functional material. It is produced by uniformly compounding refined barium sulfate powder with resin and fiber materials through specialized processing techniques. Featuring superior shielding efficiency, eco-friendly safety and simple installation, this product is widely adopted for radiation protection in medical, industrial and scientific research fields.
Core Advantages
Powerful Radiation Shielding Performance
With a bulk density ranging from 4.0 g/cm³ to 4.8 g/cm³, the board delivers exceptional absorption and attenuation effects against X-rays and gamma rays. A 1cm-thick barium sulfate board achieves a lead equivalent of 1.5–3.5mmPb, offering shielding capacity comparable to conventional lead plates. Unlike traditional lead-based materials, it completely eliminates lead pollution risks, realizing clean and reliable radiation protection.
Lightweight & Eco-Friendly Properties
The overall weight of the barium sulfate board is only 30% to 50% of traditional lead plates, effectively reducing building structural load and construction pressure. As a lead-free and non-radioactive shielding material, it fully complies with international environmental standards including RoHS. It is particularly suitable for high-standard sensitive scenarios such as hospital wards and precision laboratories with strict environmental requirements.
Flexible & Time-Saving Construction
The solid board structure supports diversified on-site processing, including cutting, drilling, bonding and dry-hanging installation. It can rapidly form protective layers for walls, ceilings and floors, effectively replacing the traditional cumbersome barium sulfate sand plastering process. It reduces construction workload and shortens the project cycle by over 50%, greatly improving engineering efficiency.
Durable & Multi-Functional Integration
This material boasts excellent acid and alkali resistance and anti-aging performance, with a stable service life of more than 20 years. It reaches Class A fireproof rating for safe fire resistance. Meanwhile, its surface can be composited with decorative materials such as PVC films and aluminum plates, integrating professional radiation protection, fire safety and architectural aesthetics in one product.
Application Scenarios
Medical Industry
Radiation shielding protection for radioactive working areas including CT rooms, DR rooms and nuclear medicine departments.
Industrial Field
Radiation protection for nuclear power facilities, industrial flaw detection workshops and security inspection equipment.
Scientific Research Field
Radiation isolation and safety protection for high-energy physics laboratories and radioactive isotope storage rooms.
Customization Features & Specifications
The product supports flexible thickness customization from 2mm to 20mm, with a standard factory size of 1200×2400mm; non-standard customized sizes are available on demand. During installation, tight sealing of board joints is required to prevent radiation leakage, and an additional moisture-proof layer is recommended for humid working environments.
Compared with traditional shielding materials such as lead plates and heavy concrete, the barium sulfate radiation board features lower comprehensive project costs. It effectively avoids common drawbacks including lead pollution and excessive building load, making it the mainstream preferred material for modern standardized radiation protection engineering.
Product Summary
Breaking through the performance and environmental limitations of traditional radiation shielding materials, the radiation-proof barium sulfate board achieves an optimal balance of safety, high efficiency and sustainability through innovative material technology. It provides an ideal, cost-effective and eco-friendly upgrading solution for radiation protection projects in medical, nuclear energy and scientific research industries.
