Facing brick veneering splicing structure and construction method thereof

Abstract

The invention provides a facing brick veneering splicing structure and a construction method thereof. The splicing structure is used for splicing a veneering of a facing brick and a laying face of a building. The splicing structure comprises first cement mortar strips and second cement mortar strips, wherein the first cement mortar strips coat the veneering of the facing brick in the first direction, and the second cement mortar strips coat the laying face in the second direction; the veneering of the facing brick presses the laying face, and the first cement mortar strips and the second cement mortar strips are staggered and combined into the latticed splicing structure. Therefore, by forming the latticed cement mortar splicing layer between the veneering of the facing brick and the laying face of the building, transmitting of stress is stopped through the structure of the staggered cement mortar strips and the space defined by the spliced cement mortar strips, and the stability of the splicing layer of the facing brick is improved. The technical problem that a cement mortar splicing layer of an existing facing brick is easily peeled off after external force is applied to the cement mortar splicing layer is solved.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to a face brick veneer bonding structure for pasting and laying face bricks and a construction method thereof. Background technique [0002] At present, the veneer bonding construction method of facing bricks is generally to apply cement mortar on the building paving surface and / or the back of the brick slab, then use a scraper to scrape the cement mortar, then lay the facing bricks on the building laying surface, and finally carry out Leveling by knocking and vibrating to avoid the hollowing and falling off of the facing bricks after the construction of the cement mortar is not compact enough during construction. [0003] After the cement mortar is leveled with the existing scraping method and vibration leveling, a nearly solid cement mortar bonding layer will be formed between the facing brick veneer and the building paving surface, and the facing brick veneer and th...

AI Technical Summary

Problems solved by technology

[0004] It is worth noting that when the cement mortar bonding layer is subjected to improper external force, the external force will form a stress on the bonding layer; when the stress is greater than the bonding strength, it will cause the hardened bonding layer to rupture, and then Make the facing tiles partially lift or even peel off from the laying surface

Therefore, although the cement mortar bonding layer that is close to solid can provide excellent bonding strength of facing bricks, however, due to the existing construction method of brick slab laying, the cement mortar layer will be formed into a solid layer structure, and the stress caused by external forces Can be easily transferred, thereby weakening and destroying the structural strength of the entire system, causing the tiles to fall off

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