Internal parting wall for hollow internal template steel screen type cement anti-seismic thermal insulation wall

Abstract

The invention discloses an internal parting wall for a hollow internal template steel screen type cement anti-seismic thermal insulation wall. Connectors are symmetrically arranged at the both ends of steel screens; the connectors are fixedly connected with convex surfaces through convex edges; a plurality of the convex surfaces are fixedly connected with a plurality of outer grooves; inner grooves are arranged at the middle part of the outer grooves; the two steel screens which are symmetrical front and back are tied and fixedly connected with each other through a plurality of zinc-plated iron wires, so as to form a steel screen plate; a plurality of prism channels with a diamond cross section are formed between the two steel screens, and anti-flaming glass cotton is arranged in the channels; vertical keel square steel tubes are arranged at the outer sides of the outer grooves at the middle parts of the steel screens, which are tightly adhered to the inner grooves; and the vertical keel square steel tubes are fixedly bound and connected with the two steel screens which are symmetrical front and back through the zinc-plated iron wires. The internal parting wall provided by the invention has the advantages of simple structure, convenience in construction, high security and reliability, and reasonable manufacturing cost. The internal parting wall meets the strict standard requirements of a national construction design and detection department, and has the characteristics of rapidness of construction, energy conversation and environmental friendless, crack and earthquake resistance, fire and moisture prevention, sound, thermal and cold insulation and the like. The properties of a wall body can meet the highest construction design standard requirements. The internal parting wall has wide popularization and application in a construction industry.

Description

technical field [0001] The invention relates to an anti-seismic thermal insulation wall made of ceramsite fly ash cement, in particular to an inner partition wall of a hollow inner form steel mesh cement anti-seismic thermal insulation wall. Background technique [0002] In view of the actual situation of the current construction industry and building materials market, according to the traditional wall building methods in my country and the deviation of the north and south due to climate and geographical conditions, through the experience summary and research of multiple engineering project construction cases, the temperate and frigid regions due to Different regions have different specifications and requirements for the interior wall structure and wall thickness of high-rise buildings; therefore, after listening to the opinions of relevant personnel in the architectural design department and the construction industry, the present invention has been designed. patent. [0003]...

AI Technical Summary

Problems solved by technology

However, the insulation materials of the building wall internal insulation and external insulation systems commonly used at present are easy to age, difficult to decorate, low material strength, large shrinkage, empty walls, cracks, water seepage, and difficult water and electricity configuration. Fundamental solutions, especially many problems such as poor material quality, short life, and low level of technology have brought huge hidden dangers to wall safety, repair and maintenance, and contain huge cost inputs for secondary maintenance funds

Images