Radon-proof radiation-proof plate

Abstract

The invention discloses a radon-proof radiation-proof plate which comprises a gypsum substrate and a radiation-proof metal net arranged in the gypsum substrate. Radon-proof radiation-proof mineral powder is scattered in the gypsum substrate, and radon-proof radiation-proof mineral powder contains zeolite powder. The radon-proof radiation-proof plate adopts the radiation-proof metal net is embedded in the radon-proof radiation-proof plate, so that composite wall body structure can be conducted on the radiation-proof metal net or the metal plate on a construction site, wall body density is reduced, and danger caused by wall body deformation is reduced. In addition, the radon-proof radiation-proof plate has excellent radon-proof radiation-proof performance due to the added radon-proof radiation-proof mineral powder.

Description

technical field [0001] The invention belongs to the technical field of building materials, in particular to a radon-proof and radiation-proof board. Background technique [0002] At present, people pay more and more attention to the radiation pollution in the living environment. [0003] A large number of nuclear reactions such as α, β, γ, X-rays and neutrons can induce cancer, leukemia and multiple myeloid cancer, thyroid dysfunction, infertility and birth defects and other human terminal diseases, as well as induce plant gene mutations , Harm the growth of crops. In fact, due to the low penetrating power of α-rays and β-rays, they are easily absorbed, and even protective materials with a small thickness can completely block them, so the problem of radiation protection is mainly attributed to the protection of γ-rays and neutron flow. [0004] When the commonly used indoor building materials are used for radiation protection, the metal lead plate or metal mesh with radiat...

AI Technical Summary

Problems solved by technology

[0004] When the commonly used indoor building materials are used for radiation protection, the metal lead plate or metal mesh with radiation protection function is generally combined in the partition wall system during the installation and construction process, which increases the construction process and complicates the construction process. Reduced construction efficiency

In addition, the density of the wall is usually increased by adding heavy materials such as barite and serpentine, so as to improve the weakening of the wall material and prevent the harm of radiation rays. However, for wall materials used as partition walls and suspended ceilings, Too high density is not convenient for construction, and the product is easy to deform, which poses a great safety hazard

In addition, when adding functional anti-radiation materials, organic reinforcing adhesives such as white latex are usually used, which makes it difficult for this type of anti-radiation wall material to be called a green and environmentally friendly board.