Imitation shale rock building thermal insulation decorative board with three-dimensional effect and preparation method thereof
A technology for building thermal insulation and three-dimensional effect, applied in the field of building decoration materials, can solve the problems of poor appearance of imitation stone in three-dimensional effect, unsatisfactory quality of imitation stone paint for exterior wall decorative panels, etc., and achieves favorable uniform dispersion and imitation stone effect. Excellent, excellent thermal insulation effect
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Embodiment 1
[0029] (1) Mix the glass raw material with nano-calcium carbonate and heat it to 800°C to melt the glass, and the calcium carbonate will gradually decompose to generate gas, then spray the molten glass at a pressure of 1.3MPa, which is produced by the decomposition of calcium carbonate at high temperature The gas blows the molten glass into hollow glass microspheres with a particle size of 800 μm, and the hollow glass microspheres are sprayed into the collision chamber at 700 ° C. Shale powder is deposited and naturally cooled to room temperature to obtain hollow glass microspheres fixed with ultrafine shale powder; the mass ratio of glass raw material to nano-calcium carbonate and ultrafine shale powder is 60:30:10;
[0030] (2) Put the obtained hollow glass microspheres fixed with ultra-fine shale powder in a blender, add water-based polyurethane emulsion and pregelatinized starch and stir slowly, continue to add anti-sedimentation agent organic bentonite and stir to obtain a...
Embodiment 2
[0033] (1) Mix the glass raw material with nano-calcium carbonate and heat it to 750°C to melt the glass, and the calcium carbonate will gradually decompose to generate gas, then spray the molten glass with a spray pressure of 2.1MPa, which is produced by the decomposition of calcium carbonate at high temperature The gas blows the molten glass into hollow glass microspheres with a particle size of 400 μm, and the hollow glass microspheres are sprayed into the collision chamber at 700 ° C. Shale powder is deposited and naturally cooled to room temperature to obtain hollow glass microspheres fixed with ultrafine shale powder; the mass ratio of glass raw material to nano-calcium carbonate and ultrafine shale powder is 60:30:10;
[0034] (2) Put the obtained hollow glass microspheres fixed with ultra-fine shale powder in a stirrer, add water-based polyurethane emulsion and pregelatinized starch and stir slowly, continue to add anti-sedimentation agent with fumed silica and stir to ...
Embodiment 3
[0037] (1) Mix the glass raw material with nano-calcium carbonate and heat it to 900°C to melt the glass, and the calcium carbonate will gradually decompose to generate gas, then spray the molten glass at a pressure of 1.5MPa, which is produced by the decomposition of calcium carbonate at high temperature The gas blows the molten glass into hollow glass microspheres with a particle size of 800 μm, and the hollow glass microspheres are sprayed into the collision chamber at 700 ° C. Shale powder is deposited and naturally cooled to room temperature to obtain hollow glass microspheres fixed with ultrafine shale powder; the mass ratio of glass raw material to nano-calcium carbonate and ultrafine shale powder is 60:30:10;
[0038] (2) Put the obtained hollow glass microspheres fixed with ultra-fine shale powder in a blender, add water-based polyurethane emulsion and pregelatinized starch and stir slowly, continue to add anti-sedimentation agent organic bentonite and stir to obtain a...
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