Deep Coating Society Information: Inororal paint, conform to the development of paint towards green safety and pollution-free direction!

According to the basic composition of raw materials, coatings can be divided into three categories: organic coatings, inorganic coatings and organic inorganic composite coatings.
, organic coatings occupy a dominant position in the market, but with the progress of science and technology, inorganic coatings, organic inorganic composite coatings began to rise gradually.
Inorganic coatings are not organic polymers as film substations, but mainly silicates, silicone sol or inorganic sorghum and other inorganic compounds as the main film substations, adding pigments, fillers and no more than 5% of the total amount of coating additives, inorganic curing agents, such as coatings.
Inorganic coating film-forming mechanism is mainly silicate and water reaction to produce colloidal silica and hydrogen oxygen root, with the reduction of moisture, solid content increased, colloidal silica with silicone oxygen bonds polymerized into polysilicon, and eventually dehydrated to form a silicone oxygen network structure.
Inorganica coatings exist in the resource advantages and environmental advantages of most inorganica coatings base materials are very common, extremely rich reserves of natural ore or metal oxides as raw materials, and the production process is not complex, relatively low energy consumption.
inorderable coatings use water as a dispersion medium, which fundamentally solves the pollution of the environment by solvents in the coating industry.
inorgefilm substation itself is non-toxic, in addition to water volatility, no free monosomy and other VOC hazards, in flame or high temperature will not release harmful substances into the atmosphere.
years, inorance coatings have been widely used in the fields of interior and exterior wall building decoration, rust protection, bridge protection and high temperature protection, and a variety of functional inorance coatings have been developed accordingly.
, such as high temperature inorgic coatings, are added to the coating some temperature-resistant materials, such as low melting point glass powder, aluminum powder, pearl powder and other substances.
The melting point of low melting point glass is relatively low, in low heating conditions can be melted, and then form a carcogen, so as to achieve silicone coating at high temperature stage, from a simple low-temperature segment resin film into a high temperature short glass powder "secondary film", thus forming an inororgent high temperature coating.
aluminum powder has scaly and spherical shape, because it has a flaky microstructure can form an alloy layer under high temperature conditions, the alloy layer can greatly improve the binding capacity of the coating and substation, thereby improving adhesion and its electrometric properties, and improve the temperature resistance of the coating, so that inorgeable coating has excellent temperature resistance and weather resistance.
Inorganic corrosion-resistant coatings are inorganic coatings to add graphene oxide, alcohol-soluble silicate alkyl esters, silicates and other substances used to prevent corrosion of metal materials, graphene oxide after oxidation and stripping of graphite powder on the graphene sheet to improve the dispersion of graphene in the substrate, while retaining the layer structure of graphite so that the coating has impedance, improve the coating resistance to corrosion ions.
Inorganica coatings in the construction of the application of inorganica coatings in many well-known buildings have good applications, including China's Beijing City Center, Shanghai's Olympic Garden, Hong Kong's new airport and subway, the United States White House, Buckingham Palace, the Arab Palace, Germany's Weiss Church and Siemens headquarters and the presidential palace in New Gabor.
inorderable coatings have many advantages, but there are also problems such as insufficient decorative effect, low adhesion and some inorderable coatings production costs are too high.
In addition, the current domestic inorganic coatings also do not have a very good reference standards, the existing standards can not reflect the characteristics of inorganic coatings, it is recommended to test organic content, wash-resistant, water vapor pass rate and other related experimental tests, screening out good performance of inorganic coatings.
, it is suggested that paint manufacturers and scientific research units to expand the performance development and application of inorgeable coatings related research work, and further conform to the direction of coatings towards green safety and pollution-free development.
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, the convergence of all the great buildings.