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Barium Sulfate Board is a high-performance composite board with barium sulfate as the core component, available in thicknesses ranging from 5mm to 20mm. It integrates multiple key functions: radiation shielding, sound insulation and noise reduction, fire protection, and decoration, making it a versatile material for medical, industrial, and construction fields. Its compact structure and high density endow it strong absorption capacity for X-rays and gamma rays, while its non-combustible nature and aesthetic appearance meet both safety and decorative needs. Unlike traditional single-function boards, it combines practicality and versatility, providing a one-stop solution for radiation protection and building safety. It is widely used in hospital radiation rooms, industrial facilities, recording studios, and commercial buildings.
Parameter | Details |
Core Material | High-purity barium sulfate |
Thickness Range | 5mm - 20mm |
Density | High (optimized for radiation absorption) |
Combustion Performance | Non-combustible (meets fire safety standards) |
Sound Insulation Performance | Excellent (blocks external noise effectively) |
Structural Feature | Compact and dense |
Application Scenarios | Medical, industrial, construction, petroleum drilling |
Processing Performance | Easy to cut, drill, and install |
Barium Sulfate Board combines radiation shielding, sound insulation, fire protection, and decoration in one product, eliminating the need for multiple material combinations. This not only simplifies the construction process but also reduces space occupation, making it ideal for projects with limited space and high performance requirements.
With its high density and atomic number, it efficiently absorbs X-rays and gamma rays, providing reliable radiation protection in medical and industrial environments. As a non-toxic, environmentally friendly material, it does not release harmful substances during use or disposal, complying with global environmental standards.
Available in thicknesses from 5mm to 20mm, it can be customized according to different radiation protection levels and application scenarios. It is easy to process and install, compatible with standard building materials and construction methods, suitable for both new projects and renovations.
It is a key material for hospital X-ray rooms, CT rooms, radiology departments, and nuclear medicine centers. It is used as wall panels, door panels, and partitions, effectively shielding radiation and protecting the health of medical staff and patients. Its decorative appearance also enhances the overall environment of medical spaces.
In industrial settings, it is applied in nuclear power plants, radiation laboratories, and industrial radiation source facilities, providing radiation protection for workers. Its high-density characteristics also make it suitable as a weighting agent for petroleum drilling mud, enhancing drilling stability and safety.
As a fire-resistant material, it is used to make fire doors, firewalls, and fire partitions in commercial buildings, residential areas, and public places, improving building fire safety. Its sound insulation performance makes it ideal for recording studios, studios, and office buildings, reducing external noise interference and creating a quiet environment.
The thickness selection depends on the radiation intensity of the application scenario. For low-radiation environments such as dental clinics, 5-10mm thickness is sufficient. For high-radiation areas such as hospital CT rooms and nuclear power plants, 15-20mm thickness is recommended. Our technical team can provide customized thickness recommendations based on your specific radiation levels and space constraints.
Yes, its compact and dense structure enables excellent sound insulation performance. It can effectively block airborne noise, reducing noise transmission between rooms. It is widely used in recording studios, home theaters, and office partitions, providing a quiet environment with noise reduction effects superior to ordinary gypsum boards.
While it has good durability, it is primarily designed for indoor use. Long-term exposure to outdoor environments (such as rain, ultraviolet radiation) may affect its decorative appearance and service life. If outdoor use is necessary, additional waterproof and UV-resistant coatings are recommended to protect the board.
