Non-load-bearing indoor wooden partition wall and construction method thereof

Abstract

The invention discloses a non-load-bearing indoor wooden partition wall and a construction method thereof. The non-load-bearing indoor wooden partition wall comprises fire-resistant gypsum boards, structural plywood, a wooden framework combined wall and glass fiber cotton, wherein a cavity formed by the wooden framework combined wall is filled with the glass fiber cotton to constitute a main wooden wall body; the structural plywood is transversely laid and fixed on the main wooden wall body through 60-mm galvanized screws, and the fire-resistant gypsum boards are fixedly connected onto the main wooden wall body through 40-mm self-tapping screws penetrating through the structural bonding boards; the fire-resistant gypsum boards, the structural plywood, the wooden framework combined wall and the glass fiber cotton are sequentially connected from outside to inside to form an integrated structure. The non-load-bearing indoor wooden partition wall is a low-carbon building form realizing harmonious coexistence with nature and meeting the requirement of a green recycling mainstream, saves resources, protects the environment and reduces pollution to the greatest extent, provides healthy, efficient and applicable use space for people, and has quite broad application prospect in the aspects of reinforced concrete, new steel-structure buildings, energy-saving reconstruction of existing buildings and the like.

Description

technical field [0001] The invention relates to an assembled building component, in particular to a non-load-bearing indoor partition wooden wall and a construction method thereof. Background technique [0002] In reinforced concrete buildings, air-entrained concrete blocks are usually used as wall materials for indoor partitions, which are widely used because of their light weight, good seismic performance, and excellent thermal insulation performance. However, aerated concrete blocks have several disadvantages: [0003] First, the block has a large porosity and low impermeability. [0004] Second, the blocks have low strength and are easily broken or damaged during handling. [0005] Third, the surface of the block is prone to powder, and it is not easy to bond better with the mortar. [0006] Fourth, the impact resistance of the block is poor, which brings inconvenience to the later decoration. [0007] The above factors cause the comprehensive performance of the ai...

AI Technical Summary

Problems solved by technology

[0003] First, the block has a large porosity and low impermeability

[0004] Second, the strength of the block is low, and it is easy to break or break during handling

[0005] Third, the surface of the block is prone to powder, and it is not easy to bond better with the mortar

[0006] Fourth, the impact resistance of the block is poor, which brings inconvenience to the later decoration

[0007] The above factors lead to the low comprehensive performance of the air-entrained concrete block, which affects the usability of the building.

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