Four-step energy-saving cold-bridge-free heat insulation plate for dwelling house

Abstract

The invention relates to a four-step energy-saving cold-bridge-free heat insulation plate for a dwelling house, which comprises high-strength gypsum, cement, flyash, waterproof agents, fiber ribs, connecting ribs A, connecting ribs B and light heat insulation materials, wherein an outer side high-strength gypsum plate layer, a light heat insulation material layer and an inner side high-intensity gypsum layer are sequentially arranged from outside to inside, all layers are connected with the connecting ribs A and the connecting ribs B in uniform distribution and staggered arrangement, the fiber ribs are arranged in the high-strength gypsum plate layer, umbrella ends at both ends of the connecting ribs A extend into the high-strength gypsum plate layer, umbrella ends at one end of the connecting ribs B extend into the outer side high-strength gypsum plate layer, and umbrella ends at the other end of the connecting ribs B pass through the inner side high-strength gypsum plate layer to beconnected with a concrete wall. The four-step energy-saving cold-bridge-free heat insulation plate for the dwelling house is used for the outer eave wall concrete exposed position of the building, the wall plate integrates multifunctions of decoration, sound isolation, heat insulation, fireproof effect, waste utilization, environment protection, energy saving, consumption reduction, light weight and high intensity into a whole, is also used as an outer side template of the external eave concrete wall or column limb of the building and is suitable for the industrialization of the dwelling production mode.

Description

technical field [0001] The invention relates to a gypsum composite thermal insulation board, in particular to a four-step energy-saving residential non-cold bridge thermal insulation board integrating energy saving, low consumption, environmental protection and multiple functions. Background technique [0002] The exterior walls of existing residential buildings have the following deficiencies: traditional building materials are self-heavy, high energy consumption, single function, materials and processes are repeatedly superimposed, on-site manual wet work is heavy, many processes, high cost, long construction period, and low product quality. Especially after adding the insulation layer, the life of the insulation material and the main body of the building is not synchronized, and it needs to be replaced repeatedly, which is costly, flammable and unsafe, and the construction technology is backward. Contents of the invention [0003] The main purpose of the present inventi...

AI Technical Summary

Problems solved by technology

[0002] The exterior walls of existing residential buildings have the following deficiencies: traditional building materials are self-heavy, high energy consumption, single function, materials and processes are repeatedly superimposed, on-site manual wet work is large, many processes, high cost, long construction period, and low product quality

Especially after the insulation layer is superimposed, the life of the insulation material and the main body of the building is not synchronized, and it needs to be replaced repeatedly, which is costly, flammable and unsafe, and the construction technology is backward

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