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Light slat anti-crack construction method

A construction method and slat technology, applied in building components, building thermal insulation materials, etc., can solve the problems of cracking of board seams and easy cracking of board seams, so as to ensure the installation quality and solve the effect of cracking of board seams.

Inactive Publication Date: 2009-09-16
SHENZHEN CONSTR GRP
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Problems solved by technology

[0004] In order to solve the technical problem that the cracks of the slats and slats are easy to crack during the construction process, the present invention designs a light-weight slat crack-proof construction method, which effectively solves the quality of the slab cracks that are easy to occur during the construction of the light-weight slats. question

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  • Light slat anti-crack construction method
  • Light slat anti-crack construction method
  • Light slat anti-crack construction method

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Embodiment Construction

[0017] Referring to the attached drawing, the anti-cracking construction method of light-weight slats. In this construction method, polymer cement mortar 1 is used as the joint material, and waterproof slurry 2 is used for secondary scraping at the joints of slats 4, and anti-cracking is pasted Fiber cloth, the specific steps are as follows:

[0018] A. Apply a layer of 10mm polymer cement mortar 1 on the contact surface of the batten 4 and the batten 4 or the contact surface between the batten 4 and the wall surface;

[0019] B. Assemble the slats 4 by using the lower wedge top plate method, and fill all the joints with polymer cement mortar 1;

[0020] C. Fill the joints in the grooves of the slats with two waterproof grouts 2;

[0021] D. After the waterproof slurry 2 is solidified, first coat a layer of 108 glue 5 on the waterproof slurry 2, then paste the alkali-resistant glass fiber mesh cloth 3 on the 108 glue 5, and finally use the polymer cement mortar 1 to seal the ...

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Abstract

A light slat anti-crack construction method is disclosed, to resolve a technical problem that slats are easy to crack during a construction process, with the following solutions according to the construction method, polymer concrete mortar is served as the jointing material, waterproof sizing material secondary raked joint is used at edge joints of slats, adhered with anti-crack fibre sheets, specifically, comprising the following steps: coating 10 mm of polymer concrete mortar sufficiently along edges on the contact surfaces between slats or slats and wall surface, assembling the slats by a low wedge top board method, with the polymer concrete mortar coated sufficiently at all joint seams, filling and scraping the wall joint seams with a waterproof sizing material twice, after the waterproof sizing material is solidified, coating a layer of 108 gum on the waterproof sizing material, and then adhering the 108 gum with alkaline-resisting glass fibre mesh, finally filing and leveling up grooves of the slats by the polymer concrete mortar. The invention is environment friendly, which resolves the problem effectively that the light slats are easy to crack, so as to guarantee installation quality of slats.

Description

technical field [0001] The invention belongs to the field of construction engineering, and relates to a construction method for building boards, in particular to a crack-proof construction method for light weight boards such as GRC glass fiber reinforced composite light weight boards. Background technique [0002] In the process of building construction, after the slats are assembled, the joints should be grouted or plastered to fill the gaps. However, after a long time, cracks generally occur on the walls, wall tops or floors. [0003] With the research and development, integration and large-scale application of renewable energy and building technology, lightweight slats have been widely used. For example, GRC lightweight slats have the characteristics of light weight, high strength, fast construction and good decoration. It can reduce the weight of the building, reduce the cost of foundation and structure, increase the actual use area of ​​the building, save cultivated lan...

Claims

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Application Information

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IPC IPC(8): E04B1/68
Inventor 陈志龙陈力波邓威郭宁黄育松
Owner SHENZHEN CONSTR GRP
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