Process for energy-saving wall built of multi-row static air hole thermal insulation building blocks

A technology of thermal insulation block and still air, applied in thermal insulation, wall, building and other directions, can solve the problems of complex construction, high cost, poor durability, etc., and achieve the effect of long life, stable quality and perfect processing technology of the wall.

Inactive Publication Date: 2013-09-11
哈尔滨天硕建材工业有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The wall thermal insulation technology is transformed from the internal and external thermal insulation technology of the wall to the thermal insulation technology of the wall itself. At present, most of the internal and external thermal insulation technologies of the wall are used, which have the disadvantages of high cost, complicated construction, and poor durability.

Method used

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  • Process for energy-saving wall built of multi-row static air hole thermal insulation building blocks
  • Process for energy-saving wall built of multi-row static air hole thermal insulation building blocks
  • Process for energy-saving wall built of multi-row static air hole thermal insulation building blocks

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0052] Embodiment 1. The first layer of masonry energy-saving wall:

[0053] (1) Spread a layer of anti-crack masonry mortar (D) with an appropriate thickness on the upper surface of the foundation or foundation beam according to the setting line, and bond the lower surface of the anti-crack masonry mortar (D) to the upper surface of the foundation or foundation beam;

[0054] (2) Take a large block (B) or small block (C) of a multi-row static air hole insulation block and build it according to the set-out line. The bottom plane of the large block (B) (big b) or the small block The bottom plane (b small) of (C) is bonded to the upper plane of crack-resistant masonry mortar (D), and then take a main block (A) of multi-row static air hole thermal insulation block and place it on the outer end surface 1 left and inner Evenly spread a layer of 5mm anti-cracking masonry mortar (D) on the left side of the end face 4, and then connect with the inner end face 4 right and outer end fa...

Embodiment 2

[0065] Embodiment 2, the first layer of masonry energy-saving wall:

[0066] (1) Spread a layer of anti-crack masonry mortar (D) with an appropriate thickness on the upper surface of the foundation or foundation beam according to the setting line, and bond the lower surface of the anti-crack masonry mortar (D) to the upper surface of the foundation or foundation beam;

[0067] (2) Take a large block (B) or small block (C) of a multi-row static air hole insulation block and build it according to the set-out line. The bottom plane of the large block (B) (big b) or the small block The bottom plane (b) of (C) is bonded to the upper plane of the crack-resistant masonry mortar (D) on the upper surface of the foundation or foundation beam, and then take a main block (A) of multi-row static air hole thermal insulation block and place it on the Evenly spread a layer of 10mm crack-resistant masonry mortar (D) on the left side of the outer end face 1 and the left side of the inner end f...

Embodiment 3

[0078] Embodiment 3, the first layer of masonry energy-saving wall:

[0079] (1) Spread a layer of anti-crack masonry mortar (D) with an appropriate thickness on the upper surface of the foundation or foundation beam according to the setting line, and bond the lower surface of the anti-crack masonry mortar (D) to the upper surface of the foundation or foundation beam;

[0080] (2) Take a large block (B) or small block (C) of a multi-row static air hole insulation block and build it according to the set-out line. The bottom plane of the large block (B) (big b) or the small block The bottom plane (b small) of (C) is bonded to the upper plane of crack-resistant masonry mortar (D), and then take a main block (A) of multi-row static air hole thermal insulation block and place it on the outer end surface 1 left and inner Evenly spread a layer of 15mm anti-cracking masonry mortar (D) on the left side of the end face 4, and then connect with the inner end face 4 right and outer end f...

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Abstract

The invention relates to a process for an industrial and civil energy-saving wall built of multi-row static air hole thermal insulation building blocks, in particular to a process for the energy-saving wall which is uprightly or inversely built of multi-row static air hole thermal insulation building block main blocks (A), large matched blocks (B) and small matched blocks (C) in a Z-shaped butt joint mode and is provided with various veneers. The process is characterized in that the wall is built of the multi-row static air hole thermal insulation building block main blocks (A), the large matched blocks (B) and the small matched blocks (C) in the Z-shaped butt joint mode, and a direct connection heat bridge of vertical building seam mortar is cut off; thermal insulation plates (G) are placed between layers, and a direct connection heat bridge of horizontal building seam mortar is cut off; thermal insulation plates (H) adhere to the outer facade of the wall or the outer facade of the wall is coated with outer wall anti-cracking coating mortar (E) to form imitation face brick, an imitation curtain wall or a coating veneer; and the inner facade of the wall is coated with inner wall anti-cracking coating mortar (F) or inorganic thermal insulation slurry or gypsum boards adhere to the inner facade of the wall. The energy-saving wall has the advantages that the energy-saving wall has good crack resistance, weather resistance and stability, has the same service life as a building main body and is reasonable in cost performance, and a wall construction period is greatly shortened, and the like.

Description

technical field [0001] The invention relates to an energy-saving wall process method for building multi-row static air hole thermal insulation blocks for industrial and civil use, specifically a main block (A), a large matching block (B) and a small matching block Block (C) adopts Z-shaped butt-joint masonry (upright masonry or inverted masonry) energy-saving wall technology with various finishes. Background technique [0002] The use of clay solid bricks has been completely prohibited in more than 800 cities above the county seat in the country. my country's building energy-saving standards are advancing to 65%, and will continue to increase. The wall thermal insulation technology has been transformed from the internal and external thermal insulation technology of the wall to the thermal insulation technology of the wall itself. At present, the internal and external thermal insulation technology of the wall is mostly used, which has the disadvantages of high cost, complica...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): E04B2/22E04B1/80
Inventor 陆媛康玉范康鹏
Owner 哈尔滨天硕建材工业有限公司
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