High-tensile-strength composite rock wool plate, thermal insulation decorative plate with same as thermal insulation layer and reinforced waterproof function protection agent

Abstract

The invention belongs to the field of building energy-saving thermal insulation systems, and particularly relates to a three-dimensional high-tensile-strength composite rock wool plate and a thermal insulation decorative plate thereof. The high-tensile-strength composite rock wool plate comprises a rock wool plate, and at least one side of the rock wool plate is sequentially provided with an alkali-resisting net layer and a penetration adhesive layer; or at least one side of the rock wool plate is sequentially provided with a penetration adhesive layer, an alkali-resisting net layer and a penetration adhesive layer; the rock wool plate, the alkali-resistant net layer and the permeable adhesive layer form a three-dimensional net-shaped reinforced structure layer through suture lines; and areinforced protection agent layer is arranged outside the three-dimensional net-shaped reinforced structure layer. the thermal insulation decorative plate comprises a thermal insulation layer and a decorative layer, wherein the high-tensile-strength composite rock wool plate is used as the thermal insulation layer, and a thin ceramic plate with the thickness of 5-7 mm or a thin stone material withthe thickness of not more than 8 mm or a calcium silicate plate or a cement pressure plate or polymer mortar is used as the decorative layer. The high-tensile-strength composite rock wool plate is firm in structure, safe, reliable and stable in performance.

Description

technical field [0001] The invention belongs to the field of building energy-saving and heat-preservation systems, and in particular relates to a reinforced composite rock wool board, a heat-preservation decorative board using it as a heat-preservation layer, and a protective agent with enhanced waterproof function. Background technique [0002] At present, the structural walls of domestic high-rise buildings generally use organic or inorganic materials such as rock wool, glass wool, polystyrene foam board, extruded plastic board (XPS), polyurethane foam board, etc. as thermal insulation materials, while polystyrene board ( Although organic materials such as EPX) have excellent thermal insulation effects, they produce chemical pollution in the production process or produce toxic substances in the event of a fire on the application exterior wall, and their environmental protection performance is poor. Although inorganic materials have fireproof properties, their thermal insul...

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Problems solved by technology

[0002] At present, the structural walls of domestic high-rise buildings generally use organic or inorganic materials such as rock wool, glass wool, polystyrene foam board, extruded plastic board (XPS), polyurethane foam board, etc. as thermal insulation materials, while polystyrene board ( EPX) and other organic materials have excellent thermal insulation effects, but the production process produces chemical pollution or the application of exterior walls produces toxic substances once a fire occurs, and the environmental protection performance is poor.

Although inorganic materials have fireproof properties, their thermal insulation properties are poor, and the construction process is cumbersome. Due to the lack of good thermal insulation and fireproof materials, frequent fires occur; and the globally recognized basalt fiber that is heat-insulating and non-ignitable Due to the inherent disadvantages of loose material, segregation and stratification, low strength, and porous water absorption and decomposition, rock wool board has problems such as weak structure, unstable performance, and short service life after being installed on the wall

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