Split mounting type heat-insulation and waterproof roof structure

Abstract

A split mounting type heat-insulation and waterproof roof structure comprises heat-insulation hollow roof plates, a waterproof roof system and field pavement thereof. Each heat-insulation hollow roof plate consists of a heat-insulation hollow roof plate framework and a heat-insulation hollow roof plate closed air layer, and the waterproof system comprises waterproof roof ridge pressing tile waterproof coiling material surfacing sheets, waterproof coiling material ridge covering sheets and waterproof coiling material seam sealing strips. The field pavement includes that the heat-insulation hollow roof plates are paved on a roof of a leveling layer, after the heat-insulation hollow roof plates are in adhesion connection by the waterproof coiling material seam sealing strips, waterproof coiling materials are fully paved on the surfaces of the plates, seams are reserved on ridge plates of the heat-insulation hollow roof plates, the waterproof coiling material ridge covering sheets are covered at the seams of the waterproof coiling materials on the ridge plates, and then waterproof roof ridge pressing tiles are covered on the waterproof coiling material ridge covering sheets. The split mounting type heat-insulation and waterproof roof structure is a novel environment-friendly and energy-saving integral heat-insulation and waterproof roof structure which is simple and convenient in construction, low in cost, long in service life and good in heat-insulation and waterproof effects.

Description

technical field [0001] The invention relates to an assembled roof heat preservation and waterproof structure integrated with heat preservation and waterproof Background technique [0002] Most of the existing roof insulation and waterproof structures adopt the step-by-step construction of the insulation layer and the waterproof layer. Most of the insulation uses organic materials and inorganic loose materials. Organic materials are flammable and have low strength. The thermal insulation effect of the material is poor, and there are many problems in the combination with the waterproof layer. It is common to use flexible waterproof structures made of waterproof membranes, which are prone to aging, swelling, poor durability, complicated procedures, low construction efficiency, large maintenance services, and difficult leakage repairs. Other new structures that use coating methods for waterproofing and thermal insulation and waterproof integration have problems in the combinati...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing roof insulation and waterproof structures adopt the step-by-step construction of the insulation layer and the waterproof layer. Most of the insulation uses organic materials and inorganic loose materials. Organic materials are flammable and have low strength. The heat insulation effect of the material is poor, and there are many problems in the combination with the waterproof layer

It is common to use flexible waterproof structures made of waterproof membranes, which are prone to aging, swelling, poor durability, complicated procedures, low construction efficiency, large maintenance services, and difficult leakage repairs.

Other new structures that use coating methods for waterproofing and thermal insulation and waterproof integration have problems in the combination of thermal insulation layer and waterproof layer to varying degrees, and there are disadvantages such as many processes and high engineering costs.

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