A kind of silk coating method of inorganic functional coating

Abstract

The invention discloses a soft wire coating method for inorganic functional paint. The soft wire coating method comprises the following steps that (1) the inorganic functional paint is prepared; (2) to-be-coated materials are made of the inorganic functional paint and clear water; (3) the to-be-coated materials are uniformly sprayed to corresponding base materials, and a coating surface is obtained; (4) the to-be-coated materials are perpendicularly subjected to roll coating on the coating surface in sequence from the initial side with a roller from top to bottom, and a roll coating surface is obtained; (5) one row or two rows of fine wire textures are perpendicularly pulled out at a time from top to bottom with a wire drawing tool, then the step (4) and the step (5) are sequentially circulated, and a fine wire texture surface of a whole wall is gradually completed; and (6) after the fine wire texture surface is dried by 90%, perpendicular photoelectric receiving is conducted from top to bottom with a plastic photoelectric receiving cutter, and soft wire coating is completed. The soft wire coating method is very suitable for the inorganic functional paint, the soft wire effect can be achieved through the inorganic functional paint, and the soft wire coating method can be directly used in construction of concrete, bricks, gypsum boards, composite boards, old walls and other walls.

Description

technical field [0001] The invention belongs to the field of interior decoration, and in particular relates to a silk coating method of an inorganic functional paint. Background technique [0002] Chinese invention patent ZL200510129955.8 discloses an inorganic functional coating, which consists of the following components: [0003] [0004] The above-mentioned inorganic functional coatings use -Si-O-Si-bonds to connect active groups to form a network structure and a reversible electric double layer. Nano-silica, permanent electrode materials, and efficient catalysts M + Breathing coatings constructed with high-tech material systems such as high-tech materials continuously generate micro-currents to electrolyze water, which can automatically and permanently release negative ions. Under the condition of no external energy source, M + The cycle repeatedly catalyzes negative oxygen ions to oxidize harmful gases such as formaldehyde, ammonia and nitrogen oxides from the roo...

AI Technical Summary

Problems solved by technology

Under the condition of no external energy source, M + The cycle repeatedly catalyzes negative oxygen ions to oxidize harmful gases such as formaldehyde, ammonia and nitrogen oxides from the room, making them harmless, and neutralizes and settles positively charged air dust, so that the indoor air is purified, and it has moisture absorption, Mildew-proof, bactericidal and other functions, but the soft silk coating method in the prior art is not suitable for this inorganic functional coating

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