A kind of imitation wood floor
A technology of imitation wood floor and base layer, which is applied in the field of imitation wood floor, can solve the problems such as formaldehyde release, and achieve the effect of good woody feeling, not cold feeling, and good woody feeling
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Embodiment 1
[0093] Dissolve 20 g of sodium hydroxide in 100 g of sodium water glass, add 5 g of water and mix and cool to room temperature to obtain the first liquid raw material;
[0094] The fly ash of 100g, the slag of 10g and the silica sand of 50g are mixed, obtain the first solid raw material;
[0095]Mix 7.55g of styrene-acrylic emulsion, 4.53g of alkali-resistant glass fiber and 1.51g of polycarboxylate water reducer to obtain the first additive;
[0096] Mixing the first solid raw material, the first liquid raw material and the first additive according to a mass ratio of 100:25:5 to obtain a base compound;
[0097] Distributing the base layer mixture into a mold of 120mm × 60mm × 15mm to make it smooth and even to form a base layer with a thickness of 10mm;
[0098] The potassium hydroxide of 15g is dissolved in the potassium water glass of 100g, is cooled to room temperature after adding the water of 5g mixing, obtains the second liquid raw material;
[0099] 100g of calcined ...
Embodiment 2
[0109] Dissolving 5 g of potassium hydroxide in 100 g of potassium water glass, adding 1 g of water and mixing, cooling to room temperature to obtain the first liquid raw material;
[0110] 100g of fly ash, 1g of slag and 30g of silica sand are mixed to obtain the first solid raw material;
[0111] Mix 1.31g of silicone-acrylic emulsion, 1.31g of alkali-resistant glass fiber and 0.655g of melamine-based water reducer to obtain the first additive;
[0112] Mixing the first solid raw material, the first liquid raw material and the first additive according to a mass ratio of 100:1:1 to obtain a base compound;
[0113] Distributing the base layer mixture into a mold of 120mm × 60mm × 15mm to make it smooth and even to form a base layer with a thickness of 5mm;
[0114] Dissolving 5g of lithium hydroxide in 100g of lithium water glass, adding 1g of water and mixing, cooling to room temperature to obtain a second liquid raw material;
[0115] 100g of calcined kaolin, 1g of slag an...
Embodiment 3
[0125] Dissolving 40g of lithium hydroxide in 100g of lithium water glass, adding 10g of water and mixing, cooling to room temperature to obtain the first liquid raw material;
[0126] The fly ash of 100g, the slag of 20g and the silica sand of 70g are mixed, obtain the first solid raw material;
[0127] Mix 19g of pure acrylic emulsion, 9.5g of alkali-resistant glass fiber and 5.7g of naphthalene-based water reducer to obtain the first additive;
[0128] Mixing the first solid raw material, the first liquid raw material and the first additive according to a mass ratio of 100:50:10 to obtain a base compound;
[0129] Distributing the base layer mixture into a mold of 120mm × 60mm × 15mm to make it smooth and even to form a base layer with a thickness of 15mm;
[0130] Dissolve 4g of sodium hydroxide in 100g of sodium water glass, add 10g of water and mix and cool to room temperature to obtain a second liquid raw material;
[0131] 100g of calcined kaolin, 20g of slag and 70g...
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