Component for fixing polymeric waterproof material and using method

Abstract

The invention discloses a component for fixing a polymeric waterproof material and a using method, and relates to a building waterproof technology. According to the component, it is guaranteed that the polymeric waterproof material can be completely and closely fixed to vertical wall and arch crown positions of a structure to the maximum limit, and therefore the sliding-down and falling-off phenomena cannot be generated; meanwhile, due to the fact that the surface of a support base layer is rough and uneven, the polymeric waterproof material generates displacement in the later concrete vibrating and pouring process, and due to the fact that differential settlement is generated between a structure later building main body and a surround rock support, the polymeric waterproof material between the structure later building main body and the surround rock support integrally generates displacement to cause polymeric self-adhesive cohesion destruction, so that the phenomenon that the polymeric waterproof material generates pull cracks at a thermoplastic circular gasket is avoided; it is guaranteed that a flat, complete and defect-free continuous waterproof layer is formed, the construction efficiency is improved, and the advantages of being convenient and rapid to construct and reliable in waterproof quality are achieved.

Description

technical field [0001] The invention relates to building waterproofing technology, in particular to a component for fixing polymer waterproofing materials and a using method. Background technique [0002] The traditional components used to fix polymer waterproof materials are generally composed of two parts: nails and thermoplastic circular washers. The position of the thermoplastic circular gasket is heat-sealed, so that the polymer waterproof material and the thermoplastic circular gasket are completely bonded together. However, due to the rough and uneven surface of the support base, the polymer waterproof material will be displaced during the later stage of vibrating and pouring concrete, and the uneven settlement between the main body of the structure and the surrounding rock support in the later stage of the structure will lead to a gap between the two. The overall displacement of the polymer waterproof material follows, and the back of the polymer waterproof material...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is to provide a field that can effectively solve the problem of tearing of the polymer waterproof material at the position of the thermoplastic circular gasket due to the vibrating pouring of concrete and the later settlement of the structure when the polymer waterproof material is fixed at the position of the vertical wall and the vault. Structural Design and Construction Method of Prefabricated Hidden Nail Components

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