Nature-imitated magnesium oxysulfate decorative plate and manufacturing method thereof
A production method, magnesium oxysulfate technology, applied in covering/lining, construction, building construction, etc., can solve the problems of poor fire resistance and durability, poor fire resistance, and unfavorable installation of decorative panels, and achieve short production cycle and easy realization , the effect of saving natural resources
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Embodiment 1
[0022] The first is the preparation of the decorative surface layer. Weigh a certain amount (the formula is weighed according to the composition) of MgSO4.7H2O, lightly burned MgO powder, inorganic pigments, colored sand and additives, stir evenly, and then spread the slurry evenly. On the template, the thickness is controlled at 3mm, followed by laying alkali-resistant glass fiber mesh cloth; finally, the substrate of the decorative plate is prepared, and MgSO4. On the fiber mesh cloth, the thickness is controlled at 10mm, and it is vibrated and compacted during the laying process to improve the strength. The additives described in the decorative surface include modifiers and defoamers, and the weight percentages of the components of the decorative layer are as follows: 35% MgSO 4. 7H 2 O, 35% lightly burned MgO powder, 2% modifier, 20% colored sand, 5% inorganic pigment and 3% defoamer, the additives include modifier and water reducer, substrate The weight percent of each ...
Embodiment 2
[0025] The first is the preparation of the decorative surface layer. Weigh a certain amount (the formula is weighed according to the composition) of MgSO4.7H2O, lightly burned MgO powder, inorganic pigments, colored sand and additives, stir evenly, and then spread the slurry evenly. On the template, the thickness is controlled at 3mm, followed by laying alkali-resistant glass fiber mesh cloth; finally, the substrate of the decorative plate is prepared, and MgSO4. On the fiber mesh cloth, the thickness is controlled at 10mm, and it is vibrated and compacted during the laying process to improve the strength. Described auxiliary agent comprises modifying agent and defoamer, and the percentage by weight of each composition of decorative layer is as follows: 38% MgSO 4. 7H 2 O, 38% lightly burned MgO powder, 2% modifier, 10% colored sand, 5% inorganic pigment, 5% aluminum sulfate and 2% defoamer. Here, in order to increase the decorative effect of the decorative surface, aluminum...
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