The light weight wall system including the environment-friendly high intensity light weight fire-proof heat-insulating panel

摘要

A lightweight wall system including an eco-friendly high-strength lightweight fireproof insulation panel according to the present invention includes: a support runner mounted on a floor surface to be constructed of a wall; studs installed in a direction perpendicular to the support runner at regular intervals along the longitudinal direction of the support runner; The lower end is mounted by the support runner and the side ends are mounted by the studs, respectively, installed at both ends of the support runner and the study, installed to be spaced apart from each other by a certain distance, and lightweight concrete or foam concrete is filled therebetween, flame retardant synthetic resin material A pair of fireproof boards formed of; and a composition poured into the space formed by the support runner, the stud and the board; The support runner is an extension plate vertically connected to both ends of the substrate and the substrate in a U-shape, the substrate is inserted into a recessed portion of the bottom plate, the extension plate is partially exposed, and the composition is poured on the stud. In addition to flowing through the stud, one or more through-holes are formed so that the conduit can pass through, and between the support runner, the stud and the board, a reinforcing steel is installed to improve the bending deformation control performance of the wall, the pair and a filler made of lightweight concrete or aerated concrete to be filled in the space between the fireproof boards, wherein the fireproof board comprises: a thermosetting resin made of methylolmelamine or methylolphenol resin; At least two inorganic flame retardants selected from the group consisting of aluminum hydroxide, magnesium hydroxide, zinc borate, triammonium phosphate and antimony trioxide; It is made by mixing flame-retardant fibers which are either glass fibers or carbon fibers, and a plurality of cylindrical air layers extending in the vertical direction are arranged at regular intervals inside the filler, and both ends are provided between each air layer in the filler. An eco-friendly, high-strength and lightweight fire-resistance insulation panel in which a reinforcing board made of the same flame-retardant synthetic resin material as the fire-retardant board is installed is fixed while sliding into a guide groove formed to extend in the vertical direction on the inner surface of the pair of fire-resistant boards. .