A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Vacuum ceramic microbead heat preservation and insulation system
The invention provides a vacuum ceramic microbead heat preservation and insulation system, and relates to the technical field of building materials. A vacuum ceramic microbead heat preservation and insulation system comprises a heat conduction primer layer, a heat preservation and insulation coating and an anti-radiation ion layer which are sequentially coated. The heat-conducting primer layer is formed by coating metal heat-conducting primer on the surface of the base layer; the heat preservation and insulation coating is formed by coating the surface of the cured heat conduction primer layer with vacuum ceramic microbead heat preservation and insulation paint; and the anti-radiation ion layer is formed by coating the surface of the cured heat preservation and heat insulation coating with anti-radiation paint finish paint. The thermal conductivity primer layer, the thermal insulation coating and the anti-radiation ion layer are sequentially coated, a three-dimensional structure of internal thermal insulation, middle thermal insulation and external radiation protection is formed, the thermal insulation wall surface protection system is obtained, the wall surface is firmly bonded, cracking and bottom leakage are avoided, and perfect protection can be formed on the wall surface.
本申请提出了一种真空陶瓷微珠保温隔热系统，涉及建筑材料技术领域。一种真空陶瓷微珠保温隔热系统，包括依次涂覆的热导底漆层、保温隔热涂层和抗辐射离子层；所述热导底漆层是通过将金属导热底漆涂覆在基层表面形成；所述保温隔热涂层是通过将真空陶瓷微珠保温隔热涂料涂覆在固化后的热导底漆层表面形成；所述抗辐射离子层是通过将防辐射涂料面漆涂覆在固化后的保温隔热涂层表面形成。本申请通过依次涂覆热导底漆层、保温隔热涂层和抗辐射离子层，形成内部保温‑中间隔热‑外部防辐射的三维结构，得到隔热保温的墙面保护系统，并且对墙面粘结牢固，不会破裂漏底，能够对墙面形成完善的保护。
Vacuum ceramic microbead heat preservation and insulation system
The invention provides a vacuum ceramic microbead heat preservation and insulation system, and relates to the technical field of building materials. A vacuum ceramic microbead heat preservation and insulation system comprises a heat conduction primer layer, a heat preservation and insulation coating and an anti-radiation ion layer which are sequentially coated. The heat-conducting primer layer is formed by coating metal heat-conducting primer on the surface of the base layer; the heat preservation and insulation coating is formed by coating the surface of the cured heat conduction primer layer with vacuum ceramic microbead heat preservation and insulation paint; and the anti-radiation ion layer is formed by coating the surface of the cured heat preservation and heat insulation coating with anti-radiation paint finish paint. The thermal conductivity primer layer, the thermal insulation coating and the anti-radiation ion layer are sequentially coated, a three-dimensional structure of internal thermal insulation, middle thermal insulation and external radiation protection is formed, the thermal insulation wall surface protection system is obtained, the wall surface is firmly bonded, cracking and bottom leakage are avoided, and perfect protection can be formed on the wall surface.
本申请提出了一种真空陶瓷微珠保温隔热系统，涉及建筑材料技术领域。一种真空陶瓷微珠保温隔热系统，包括依次涂覆的热导底漆层、保温隔热涂层和抗辐射离子层；所述热导底漆层是通过将金属导热底漆涂覆在基层表面形成；所述保温隔热涂层是通过将真空陶瓷微珠保温隔热涂料涂覆在固化后的热导底漆层表面形成；所述抗辐射离子层是通过将防辐射涂料面漆涂覆在固化后的保温隔热涂层表面形成。本申请通过依次涂覆热导底漆层、保温隔热涂层和抗辐射离子层，形成内部保温‑中间隔热‑外部防辐射的三维结构，得到隔热保温的墙面保护系统，并且对墙面粘结牢固，不会破裂漏底，能够对墙面形成完善的保护。
Vacuum ceramic microbead heat preservation and insulation system
一种真空陶瓷微珠保温隔热系统
WANG XIAOQIU (author) / XING YUNFENG (author) / WANG HAOQIN (author) / XING XIYUE (author)
2023-11-03
Patent
Electronic Resource
Chinese
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