Fibre reinforcement plate composite foaming cement thermal insulation bricklaying and production method thereof

Abstract

The invention discloses a fiber reinforcing plate composite foam cement heat preserving laying material. A foam cement layer is arranged between two layers of fiber reinforcing plates; the foam cement layer is mixed with reinforcing additive; the foam cement raw material is mixed with fiber or high polymer, and then foams in a mould on the two fiber reinforcing plates and finally forms the foam cement layer, so that the two faces of the foam cement layer are fixed together with the two fiber reinforcing plates. The invention is characterized in that the laying material has simple structure, can be directly used as a wall laying material, is simple and convenient in construction, not inflammable, high temperature resistant, has simple manufacturing method and is applicable to large scale production.

Description

technical field [0001] The invention belongs to the technical field of building thermal insulation materials, and in particular relates to a fiber-reinforced board composite foamed cement thermal insulation masonry and a production method thereof. Background technique [0002] Traditional building insulation generally uses aerated concrete blocks, polystyrene, extruded plastic insulation boards, and polyurethane insulation materials. The thermal conductivity of aerated concrete blocks is 0.16Kcal / mh℃. Such a large thermal coefficient, if you want to achieve According to the requirement of energy saving of more than 50% stipulated in the wall insulation system technology of the Ministry of Construction, it needs to be processed into blocks with a thickness greater than 300mm, which cannot be applied in wall construction; polystyrene and extruded insulation board series, thermal conductivity The temperature of the polystyrene board is 0.058-0.060 Kcal / mh℃, and that of the extr...

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Problems solved by technology

[0002] Traditional building insulation generally uses aerated concrete blocks, polystyrene, extruded plastic insulation boards, and polyurethane insulation materials. The thermal conductivity of aerated concrete blocks is 0.16Kcal / mh℃. Such a large thermal coefficient, if you want to achieve According to the requirement of energy saving of more than 50% stipulated in the wall insulation system technology of the Ministry of Construction, it needs to be processed into blocks with a thickness greater than 300mm, which cannot be applied in wall construction; polystyrene and extruded insulation board series, thermal conductivity The temperature of the polystyrene board is 0.058-0.060 Kcal / mh℃, and that of the extruded plastic board is 0.028-0.03Kcal / mh℃. After the material has been leveled with cement mortar on the completed wall, polymer bonding mortar is applied to paste the plate, and then fixed with rivets, mesh cloth is pasted, and the anti-cracking mortar is applied on the cover. The process is cumbersome and the cost is high. At the same time, it is fatal The disadvantage is that it is very flammable and does not meet the safety requirements of building materials, so its application is limited; polyurethane insulation materials are non-flammable and self-extinguishing, and other characteristics are the same as polystyrene and extruded insulation boards; therefore, existing building insulation is not suitable current needs

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