Environment-friendly and waterproof high-intensity bathroom panel and preparing method thereof
A high-strength board technology, applied in the field of environmental protection waterproof high-strength bathroom boards and its production, can solve the problems of cumbersome production process, single color, non-pollution resistance, etc., and achieve the effect of low process difficulty, simple production equipment and cost saving
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Embodiment 1
[0038] Use extrusion equipment to extrude 3mm thick PVC stone-plastic board, the PVC stone-plastic board and the PVC film in the surface layer are integrated hot-melt hot-melt, and the side of the PVC stone-plastic board is sprayed with a 2mm thick 191 Pro benzene A mixture of saturated polyester resin and glass reinforced fiber. Before the mixture is cured, a grid-like keel is laid. The grid-like keel is composed of a galvanized square tube with a cross-sectional inner side of 20mm and a thickness of 1.5mm. Two adjacent galvanized square pipes The distance between the steel pipes is 250mm; then spray 1.5mm thick 191 Pro benzene unsaturated polyester resin and glass reinforced fiber mixture to wrap all the grid-shaped keels, and then cure the unformed plate at 25 degrees Celsius for 1 hour , Cover the front with a protective film to obtain the finished sheet.
Embodiment 2
[0040] Use the extrusion equipment to extrude the 3.5mm thick PVC stone plastic board, the PVC stone plastic board and the PVC film in the surface layer are integrated hot-melt and hot, and the side of the PVC film that is not hot is cured by UV ultraviolet light. The unheated PVC film is sprayed with a 2mm thick mixture of 191 Pro benzene unsaturated polyester resin and glass reinforced fiber. After curing, a grid-like keel is laid. The grid-like keel is 20mm in cross section and 2mm thick. Composed of galvanized square pipes, the distance between two adjacent galvanized square steel pipes is 250mm; then 1.5mm thick 196 flame-retardant unsaturated polyester resin and glass reinforced fiber mixture are sprayed to make the grid-like keel Wrap all, and then cure the unformed sheet at 20 degrees Celsius for 2 hours, and cover the front with a protective film to obtain the finished sheet.
Embodiment 3
[0042] Use extrusion equipment to extrude the 3.5mm thick PVC stone-plastic board, spray 2mm thick 2608 xylene unsaturated polyester resin and glass reinforced fiber mixture on the back of the PVC stone-plastic board, and pave the grid-like keel after curing. The keel is composed of a galvanized square pipe with a cross-sectional inner side of 20mm and a thickness of 2mm. The distance between two adjacent galvanized square steel pipes is 250mm; and 1.5mm thick 2608 flame-retardant xylene unsaturated The mixture of polyester resin and glass reinforcing fiber wraps all the grid-like keels, and then the unformed sheet is cured at 20 degrees Celsius for 2 hours. The front side of the base layer is vacuum-heated with PVC film, and the unheated side of the PVC film is UV-rayed Light curing treatment, the front surface is covered with a finished protective film to obtain a finished board.
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