How to distinguish the grade and composition of radiation protection barium sulfate
How to distinguish the grade and composition of radiation protection barium sulfate
Radiation-proof barium sulfate needs to be made according to a certain construction ratio. It has the advantages of strong radiation blocking ability, firm bonding, stable lead equivalent, non-toxic and harmless. Degree 205~305 Melting point 1580° Barium sulfate content 98% Fineness 60~1250 mesh Function Strong adsorption of various electromagnetic radiation and home decoration radiation. It is the best protective product for family X-ray room, CT room floor, wall radiation, and nuclear protection.
Radiation-proof particles (barium sulfate) are used to decorate interior and exterior walls to effectively shield X-rays and Y-rays, and can effectively prevent radiation leakage. They are mainly used for decoration in dentistry, X-ray rooms, CT rooms and other places that require X-ray and Y-ray protection. Adding 50KG to 60KG per square meter and mixing with cement can achieve good radiation protection effect. The specific ratio and dosage are subject to customer requirements and do not affect its hue and aesthetic requirements.
The wall thickness is about 2cm-3cm. Its products are mined and ground from pure natural materials and meet the national low-carbon environmental protection requirements. In terms of construction requirements, XY-ray protective coatings are easy to construct, have high condensation strength without cracking, strong ability to absorb rays and scattered rays, have high protection capabilities, and low protection costs. This material has been widely used in home decoration at home and abroad, and wall protection of hospital X-ray rooms, interventional rooms, linear accelerator rooms, and industrial flaw detection rooms.
Particle size distribution and particle shape: This indicator directly affects downstream finished products, and of course the shape of the particles will also have a certain impact. Generally speaking, the more uniform the particle size distribution, the better, and the impact of the particle shape depends on the specific product.
