Inversion type energy conservation roofing system and construction method thereof

Abstract

Provided is an inversion type energy conservation roofing system and a construction method thereof. The system comprises from bottom to top a concrete base layer, a cement mortar screeding layer, a waterproof cushion layer, a heat preservation drainage layer, transverse tile hanging battens and roofing tiles; the heat preservation drainage layer comprises from bottom to top a heat preservation plate layer, a cement mortar protection layer, a longitudinal downstream batten and an aluminum foil coiled material; the longitudinal downstream batten is fixedly connected to the cement mortar protection layer through an anchoring part. According to the inversion type energy conservation roofing system and the construction method thereof, the construction of the system is simple and the construction is convenient; an inversion structure is adopted, a heat preservation layer is laid on a waterproof layer, the cement mortar protection layer is added to cover the heat preservation layer, so that the heat preservation layer and the waterproof layer are protected, destroying of thermal stress, ultraviolet light and other factors is effectively avoided, the heat preservation, thermal insulation and waterproofness effects of the roofing are ensured, and the roofing structure is reinforced; a wooden support is not used, the situation that the anchoring part is knocked in the cement mortar screeding layer and the concrete base layer of a house is avoided, thus the integrity of the screeding layer and a structure layer of the house are guaranteed, the heat preservation effect is better, and the possibility that water seepage occurs in a tack hole place is reduced.

Description

technical field [0001] The invention relates to the technical field of roof structures, in particular to an energy-saving roof system with an inversion method and a construction method thereof. Background technique [0002] The existing sloping roof installation methods mainly include traditional wet construction methods and dry construction methods. Traditional wet construction has the following disadvantages: [0003] 1. The traditional wet construction of sloping roof structure needs to lay concrete leveling layer on the roof insulation layer. The construction is complicated, and it is greatly affected by the operation level of workers. It is not easy to achieve roof leveling, which affects the flatness of subsequent tile laying. [0004] 2. Laying concrete screeds will greatly increase the load on the roof. [0005] 3. In the traditional wet construction process, the vertical wooden strips in the sloping roof structure are pasted on the concrete leveling layer, but b...

AI Technical Summary

Problems solved by technology

[0008] The present invention is based on the original slope roof dry construction, by optimizing the construction solution, while retaining the advantages of the original dry construction clean and pollution-free, reducing the roof load, simplifying the construction method, good heat insulation and ventilation effects, etc. Improve the problem of damage to the insulation layer and hidden dangers of water seepage at the nail holes caused by the nails fixing the bracket and the roof in the original dry method of slope roof construction

Images