Building external wall heat preservation and coating mechanical construction spraying device

Abstract

The invention provides a building external wall heat preservation and coating mechanical construction spraying device, belongs to the technical field of building engineering equipment, and particularly relates to an external wall construction spraying device. The external wall construction spraying device saves labor cost, reduces potential safety hazards and is high in construction efficiency. The building external wall heat preservation and coating mechanical construction spraying device comprises a frame structure and is characterized in that a lifting frame is arranged on the frame structure, and heat preservation material spraying device is arranged on the lifting frame and connected with material supply equipment.

Description

technical field [0001] The invention belongs to the technical field of construction engineering equipment, and in particular relates to a spraying equipment for exterior wall construction. Background technique [0002] At present, for the construction of building exterior wall insulation, hanging baskets or scaffolding are usually used for artificial high-altitude construction. Stand on the measure equipment and paste small pieces of insulation boards. Manually apply construction glue on the insulation board (it is difficult to guarantee the effective bonding area, which often causes hollowing and falling off of the facade), and after the main body of the building is pasted with the insulation board, it is then manually polished (the flatness is difficult to guarantee), and then self-painting Knotting insulation nail construction (self-knotting insulation nails will cause a certain amount of energy-saving loss), and then laying artificial mesh cloth (because the mesh cloth ...

AI Technical Summary

Problems solved by technology

Manually apply construction glue on the insulation board (it is difficult to guarantee the effective bonding area, which often causes hollowing and falling off of the facade), and after the main body of the building is pasted with the insulation board, it is then manually polished (the flatness is difficult to guarantee), and then self-painting Knotting insulation nail construction (self-knotting insulation nails will cause a certain amount of energy-saving loss), and then laying artificial mesh cloth (because the mesh cloth is decomposed into small pieces during construction, use the plastering surface outside the insulation board Glue splicing, easy to cause delamination and falling off of mesh cloth and insulation board)

The finish layer of the paint is also due to the workers' techniques and uneven materials, resulting in blooming and anti-alkali. After the freeze-thaw reaction, the finish layer even appears delamination, bulging, and cracking

At present, there are many quality problems in the traditional thin plastering system for external wall insulation

Moreover, the construction methods of the workers are not uniform, and it is difficult to ensure the insulation and the smoothness and quality of the paint wall

[0003] This traditional construction method is extremely inefficient and requires a large number of construction personnel; the labor cost is high, and the personnel are located in different regions, making it difficult to manage

And because of high-altitude operations, there are great potential safety hazards

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