Hollow interior formwork expanded metal lath cement anti-seismic heat-preservation-wall interior wall

Abstract

The invention discloses a hollow interior formwork expanded metal lath cement anti-seismic heat-preservation-wall interior wall. Connectors are symmetrically arranged on both ends of an expanded metal lath and fixedly connected with convex surfaces by a convex edge; a plurality of convex surfaces are fixedly connected with a plurality of exterior slots; a plurality of interior slots are arranged on the middle part of the exterior slots; two back-and-forth symmetrical expanded metal lathes are lashed, fixed and connected into an expanded metal lath by a plurality of zinc plated iron lines; a prismoid shaped channel with a plurality of diamond shaped sections is formed between two steel frameworks; flame retardant glass cotton is arranged in the channel; a vertical keel square steel tube is arranged on the exterior slots on the middle part of the expanded metal lath close to the outer side of the interior slots; and the vertical keel square steel tube is lashed and fixedly connected with the two back-and-forth symmetrical expanded metal lathes by the zinc plated iron lines. The interior wall has the advantages of simple structure, convenience for construction, high safety and reliability, and reasonable manufacturing cost. The strict standards of national architectural design and inspection department are satisfied, the interior wall has the characteristics of fast construction, energy saving, environmental protection, crack prevention, seismic resistance, fire proofing, moisture proofing, sound insulation, heat insulation and cold insulation; the wall performance reaches the highest architectural design standard requirement and has wide promotion and application properties in the building industry.

Description

technical field [0001] The invention relates to an anti-seismic thermal insulation wall made of ceramsite fly ash cement mortar, in particular to an inner wall of a hollow inner mold steel mesh cement anti-seismic thermal insulation wall. Background technique [0002] Relevant data show that my country's building energy consumption currently accounts for 1 / 4 of the total GDP energy consumption, which is 2-3 times that of developed countries. Therefore, during the "Twelfth Five-Year Plan" period, with the sustained and rapid development of my country's national economy, issues such as building energy consumption, land resources, and utilization of cultivated land have attracted unprecedented attention from government departments. The development goal of an environmentally friendly, energy-saving and harmonious society has become my country's basic national policy and mandatory measures. A lot of work has been done to vigorously develop high-tech energy-saving and environmental...

AI Technical Summary

Problems solved by technology

The wall insulation system has always been an important part of building energy conservation. However, due to the immature development of building wall materials in my country, it cannot meet the needs of green energy-saving buildings and sustainable social development. Wall insulation has also experienced external wall insulation. The development process of internal insulation and external wall insulation

At present, the insulation materials of the building internal insulation and external insulation systems commonly used are prone to aging, difficult to decorate, poor quality materials, low strength, short life, large shrinkage, empty walls, cracks, water seepage, and difficult water and electricity configuration. Many problems still exist. It has not been fundamentally solved, which has brought huge hidden dangers to the wall safety and maintenance work, and contains a huge cost of secondary maintenance funds

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