Light wall material produced on site

Abstract

The invention provides a light wall material produced on site, belonging to a building material. The wall material is prepared from fly ash, cement, ceramic particles, ceramic sand, oxalic acid and water in proportions. The wall material can be poured on site to form a wall through one-step molding; and the formed wall has high strength and surface smoothness, does not have joints, seams and cracks, is difficult to deform and has good connecting and fixing effects with a main body of a frame. The wall is light; enamel-scratching and puttying processes can be directly performed on the outer surface of the wall; and gate and window components, power lines, tube boxes and the like can be directly casted on the wall firmly, and labor can be saved.

Description

technical field [0001] The invention provides a novel wall material, especially a wall material produced on site. Background technique [0002] Most of the current buildings are frame structures. During the construction process, building materials should be filled between the frames to form exterior walls and interior walls. Red bricks were used as building materials for filling in the past, but taking soil and burning bricks will consume a lot of land resources, and it has been gradually banned. Other filling building materials such as blocks and prefabricated materials for interior walls have heavy walls, are prone to quality problems such as cracks, cracks, and drumming, and the construction speed is slow and the integrity is poor. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a wall material produced on site to improve the construction progress and the quality of the wall. [0004] The present invention i...

AI Technical Summary

Problems solved by technology

In the past, red bricks were used as building materials for filling, but taking soil and burning bricks will consume a lot of land resources, and it has been gradually banned

Other filling building materials such as blocks and prefabricated materials for interior walls have heavy walls, are prone to quality problems such as cracks, cracks, and drumming, and the construction speed is slow and the integrity is poor.