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Hollow internal-model steel plate mesh cement anti-seismic splitting wall for heat-insulating wall

An expanded metal mesh and thermal insulation wall technology, applied in thermal insulation, wall, shockproof and other directions, can solve the problem of poor fireproof and moistureproof, sound insulation, heat insulation and cold insulation, wall prone to empty strands and wall cracks, hanging ability and resistance to cold. Cracks and seismic differences, etc., to achieve the effects of high elasticity, fast construction, and reduced consumption

Inactive Publication Date: 2012-09-05
韦作友
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] At present, the disadvantages of the existing household walls on the market are: the walls are prone to empty shares and wall cracks, the installation of water and electricity is difficult, the hanging ability and crack resistance and earthquake resistance are poor, and the fire and moisture resistance and sound insulation, heat insulation and cold insulation are not effective. Good, difficult secondary maintenance and other problems, there is no better solution now, the inventor satisfies the strict requirements of the construction department and conforms to the national and national policies and strategies, and solves the problem that the masses can live in a safe, energy-saving and environmentally-friendly residence Aiming to bring tangible benefits to the environment

Method used

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  • Hollow internal-model steel plate mesh cement anti-seismic splitting wall for heat-insulating wall
  • Hollow internal-model steel plate mesh cement anti-seismic splitting wall for heat-insulating wall
  • Hollow internal-model steel plate mesh cement anti-seismic splitting wall for heat-insulating wall

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Embodiment Construction

[0016] according to Figure 1-Figure 3 As shown, the present invention mainly includes: interface side length 1, convex side length 2, outer groove width 3, outer groove bottom width 4, angle 5 between convex surface 7 and convex edge corner radius, interface 6, convex surface 7, outer groove 8 , inner groove 9, convex edge 10, vertical keel square steel pipe 11, outer layer 12, expanded metal mesh 13, rhombus channel 14, height 15 of convex edge 10 and outer groove 8, distance 16 between midpoints of two convex surfaces 7, Glass wool 17, outer tank bottom width 18, outer tank bottom 19.

[0017] This kind of hollow inner formwork steel mesh cement anti-seismic insulation wall is divided into household walls. The outer layer 12 composed of ceramsite, fly ash and cement mortar is provided with two front and rear symmetrical steel mesh 13; between the two steel mesh 13 They are fixedly connected to each other symmetrically, and a plurality of prism passages 14 with diamond-shap...

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Abstract

The invention discloses a hollow internal-model steel plate mesh cement anti-seismic splitting wall for a heat-insulating wall. A front steel plate mesh and a rear steel plate mesh which are symmetrical are arranged in an outer layer formed by mixing ceramsite, fly ash and cement mortar; the two steel plate meshes are symmetrical with each other and fixedly connected, a plurality of prism channels, of which the cross sections are of rhombus, are formed between the two steel plate meshes, and glass wool is arranged in the channels; and vertical keel square steel tubes are arranged at outer sides of inner grooves of concave grooves located at the middle parts of steel mesh plates. According to the hollow internal-model steel plate mesh cement anti-seismic splitting wall, due to the unique hollow characteristic, the excellent characteristics of fire protection, moisture protection, sound insulation, heat insulation, cold insulation, low carbon, energy saving and environmental protection of the glass wool, and the anti-impact force and compression-resisting, anti-cracking and anti-seismic performances of a wall structure, the consumption of the ceramsite, the fly ash and the cement mortar can be minimized, the construction procedures are simplified to a greater extent, the labor intensity of construction workers is lightened, and the material cost is saved. Nowadays, the hollow internal-model steel plate mesh cement anti-seismic splitting wall is one of the most potential building materials in lightweight compartment wall materials and is an indispensable novel safe, low-carbon, energy-saving and environment-friendly lightweight building material in compartment wall building material products of high-rise building frame architectures.

Description

technical field [0001] The invention relates to a ceramsite fly ash cement partition wall, in particular to a hollow internal formwork steel mesh cement earthquake-resistant insulation wall partition wall. Background technique [0002] At present, the disadvantages of the existing household walls on the market are: the walls are prone to empty shares and cracks in the walls, the installation of water and electricity is difficult, the hanging ability and crack resistance and earthquake resistance are poor, and the fire and moisture resistance and sound insulation, heat insulation and cold insulation are not effective. Good, difficult secondary maintenance and other problems, there is no better solution now, the inventor satisfies the strict requirements of the construction department and conforms to the national and national policies and strategies, and solves the problem that the masses can live in a safe, energy-saving and environmentally-friendly residence The goal is to b...

Claims

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Application Information

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IPC IPC(8): E04B2/58E04B1/76E04B1/98E04C2/32
CPCY02A30/00Y02B30/90
Inventor 韦作友
Owner 韦作友
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