Nanoporous super thermal insulation coating

Nanoporous super thermal insulation
. Coating
. Material
. Model:
. Nanoporous super thermal insulation coating B is based on low density and super fine pore (less than) structure , theoretically speaking, its thermal conductivity can be close to. Therefore, nanoporous raw materials are used to obtain a coating film with a thermal conductivity smaller than that of still air (.3). This is both an opportunity and a challenge.
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. Nanoporous super thermal insulation coating B is composed of nano-zirconium oxide, nano-alumina, nano-titanium oxide-, nano-cerium oxide, and extremely tiny vacuum ceramic beads. Nanoporous super thermal insulation coating B has strong adhesion with walls, metals, wood products, ceramics and other substrates. It can be applied directly on the surface of the substrate for about 3 to achieve the purpose of thermal insulation. The core technology of air conditioning at least saves energy consumption in summer is vacuum ceramic beads. Due to its special structure, it has strong ductility, which can effectively avoid cracks caused by thermal expansion and contraction of the matrix after absorbing water, as well as cracks in the matrix caused by strong sunlight. Cracks occur due to changes in tension.
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. B has an average reflectance of sunlight within the wavelength-wavelength range. Variable breathability is also an important feature of this emerging coating. B It has sealing properties against water vapor. B is applied to civil buildings and industrial facilities. It has market potential in the chemical industry's equipment, pipelines, liquid storage tanks, tank truck insulation, and surface anticorrosion of various production equipment. It will stimulate the development of China's high-tech and high-quality coatings market.
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. B ceramic thermal insulation coating is a product that utilizes space technology. Thick foam insulation systems (R-rated) were directly compared to .3 thick ceramic coatings and the results confirmed that ceramic coatings have higher insulating properties than R-rated. Use B paint indoors in buildings and apply a thin layer to effectively enhance the thermal insulation effect.
. In the autumn, the indoor temperature can be increased by ℃, and in the summer, the indoor temperature can be reduced by the same amount, thus saving considerable water and electricity costs. Since the coating itself has a long life, applying it to the waterproof layer of buildings can reduce roof repair and replacement costs and solve roof leakage problems.
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. Nanoporous super thermal insulation coating B can withstand temperatures of - degrees. Stable at high temperatures.
.In addition, B paint contains high-tech anti-corrosion ingredients, which can not only eliminate the existing corrosion on the metal surface, but also prevent further corrosion on the metal surface.
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