Method for manufacturing an abrasion-resistant moisture-proof solid wood composite cork floor
A technology for solid wood composite and cork flooring, applied in the field of wood flooring, can solve problems such as poor gluing performance, few styles, and difference in compression performance.
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Embodiment 1
[0025] A method for manufacturing a wear-resistant and moisture-proof solid wood composite cork floor, comprising the following steps:
[0026] Step S1, making the upper and lower balance layers: dry the solid wood boards with a length of 50-80 cm, a width of 30-50 mm and a thickness of 20-25 mm to balance the moisture content to 6-7%, and divide the solid wood boards into thicknesses Wood chips of 1.0 mm to obtain the upper and lower balance layers;
[0027] Step S2, making the middle layer: drying the solid wood board with a length of 1-2m, a width of 50-80mm and a thickness of 20-25mm to balance the moisture content to 7-9%; dividing the solid wood board into 5.0mm thick wooden strips to obtain the intermediate layer;
[0028] Step S3, making the upper cork layer: using 0.5mm thick primary cork and secondary processed composite cork, curing it at 120-150°C to form a board with a thickness of 2.0mm through the use of vinyl acetate-acetic acid copolymer emulsion to obtain th...
Embodiment 2
[0036] A method for manufacturing a wear-resistant and moisture-proof solid wood composite cork floor, comprising the following steps:
[0037] Step S1, making the upper and lower balance layers: dry the solid wood boards with a length of 50-80 cm, a width of 30-50 mm and a thickness of 20-25 mm to balance the moisture content to 6-7%, and divide the solid wood boards into thicknesses Wood chips of 1.5mm to obtain the upper and lower balance layers;
[0038] Step S2, making the middle layer: drying the solid wood board with a length of 1-2m, a width of 50-80mm and a thickness of 20-25mm to balance the moisture content to 7-9%; dividing the solid wood board into 5.5mm thick wooden strips to obtain the intermediate layer;
[0039] Step S3, making the upper cork layer: using 0.5mm thick primary cork and secondary processed composite cork, curing it at 120-150°C to form a board with a thickness of 2.5mm through the use of vinyl acetate-acetic acid copolymer emulsion to obtain the u...
Embodiment 3
[0047] A method for manufacturing a wear-resistant and moisture-proof solid wood composite cork floor, comprising the following steps:
[0048] Step S1, making the upper and lower balance layers: dry the solid wood boards with a length of 50-80 cm, a width of 30-50 mm and a thickness of 20-25 mm to balance the moisture content to 6-7%, and divide the solid wood boards into thicknesses Wood chips of 1.2mm to obtain the upper and lower balance layers;
[0049] Step S2, making the middle layer: drying the solid wood board with a length of 1-2m, a width of 50-80mm and a thickness of 20-25mm to balance the moisture content to 7-9%; dividing the solid wood board into 5.3mm thick wooden strips to obtain the intermediate layer;
[0050] Step S3, making the upper cork layer: using 0.5mm thick primary cork and secondary processed composite cork, curing it into a board with a thickness of 2.2mm at a temperature of 120-150°C through the use of vinyl acetate-acetic acid copolymer emulsion...
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