Method for making inner stretching prestressed super-light structural wall and components

Abstract

A manufacturing method and components for an inner-tension pre-stress extra-light structure wall surface described as follows: a steel wire rope in an inner hole of pipe fittings, a steel plate is used to connect with the pipe fittings, a guidance piece is arranged at one end of the pipe fittings, and the steel wire rope in the pipe fittings is pre-tensioned to the required design tension. After the required tension is pre-tensioned, both ends of the rope are sealed with plugs, and the extra-light structure is formed. A wall surface frame is arranged between the extra-light structure unit with the connection of the steel plate, light fillings or structural blocks made of inflated plastic bottles, polyurethane and thermal shrinkage film are filled in the frame space. A steel plate punched joggle piece is arranged at the surrounding of the frame. A plastic intrusion plate with thermal and sound insulation performance is arranged on the external surface of the frame which is filled with fillings or structural blocks, and internal and external decoration layers are used finally. The present invention has the advantages of simple structure of the extra-light wall surface, lightweight, sound toughness, low cost, superior thermal insulation, high production and assembly efficiency, without any pollution on the environment.

Description

technical field [0001] The invention relates to the technical field of new building materials, in particular to a method and component for making an internally tensioned prestressed ultra-light structure wall. Background technique [0002] Nowadays, the walls of buildings are basically made of bricks, usually made of clay bricks and aerated light bricks. These bricks have the disadvantages of large transportation volume and large storage space, and sand and cement are required for building partitions. Substances such as water have just increased the transportation volume and stacking site, and these are relatively heavy in weight, so the beams, columns, and slabs designed for the building are relatively large, which increases the construction cost and prolongs the construction period. Contents of the invention [0003] The purpose of the present invention is to develop a method and component of an internally tensioned prestressed ultra-light structure wall that has a simpl...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, the walls of buildings are basically made of bricks, usually made of clay bricks and aerated light bricks. These bricks have the disadvantages of large transportation volume and large storage space, and sand and cement are required for building partitions. Substances such as water will increase the transportation volume and stacking site, and these are relatively heavy, so the beams, columns, and slabs designed for the building are relatively large, which increases the construction cost and prolongs the construction period.

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