A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Anti-hollowing construction method for concrete plastered surface
The invention discloses an anti-hollowing construction method for a concrete plastering surface. The anti-hollowing construction method comprises the following steps: measuring and setting out on a concrete base surface to be plastered so as to determine the position of a hanging piece for hanging a steel wire mesh on the concrete base surface; after the concrete base surface to be plastered is cleaned, roughening treatment is conducted on the lofting position; the lofting position is coated with structural adhesive, and the hanging piece is bonded to the lofting position through the structural adhesive; after the structural adhesive is solidified, the steel wire meshes are hung on the hanging pieces; the flattening hanging piece is provided with a hanging part which is used for hanging a steel wire mesh; plastering is conducted on the concrete base face, and the steel wire mesh is located in the plaster layer. According to the method, the hollowing rate of the plaster layer can be remarkably reduced, the plastering quality is high, the step sequence is simple, operation is easy and convenient, the construction efficiency is high, the construction period is short, the cement consumption is small, cost is low, and the method has great application prospects.
本发明公开了一种混凝土抹灰面防空鼓施工方法，步骤：在待抹灰的混凝土基面上测量放样以确定用于挂住钢丝网片的挂件在混凝土基面上的位置；清理待抹灰的混凝土基面后对放样位置进行打毛处理；在放样位置涂覆结构胶，并将挂件通过结构胶粘接在放样位置；待结构胶凝固后将钢丝网片挂接在挂件上；压平挂件用于与钢丝网片挂接的挂接部；在混凝土基面上抹灰且钢丝网片位于抹灰层内。本发明的方法，能够显著降低抹灰层的空鼓率，抹灰质量高，步序简单且操作简便，施工效率高，施工周期短，水泥用量少，成本低廉，极具应用前景。
Anti-hollowing construction method for concrete plastered surface
The invention discloses an anti-hollowing construction method for a concrete plastering surface. The anti-hollowing construction method comprises the following steps: measuring and setting out on a concrete base surface to be plastered so as to determine the position of a hanging piece for hanging a steel wire mesh on the concrete base surface; after the concrete base surface to be plastered is cleaned, roughening treatment is conducted on the lofting position; the lofting position is coated with structural adhesive, and the hanging piece is bonded to the lofting position through the structural adhesive; after the structural adhesive is solidified, the steel wire meshes are hung on the hanging pieces; the flattening hanging piece is provided with a hanging part which is used for hanging a steel wire mesh; plastering is conducted on the concrete base face, and the steel wire mesh is located in the plaster layer. According to the method, the hollowing rate of the plaster layer can be remarkably reduced, the plastering quality is high, the step sequence is simple, operation is easy and convenient, the construction efficiency is high, the construction period is short, the cement consumption is small, cost is low, and the method has great application prospects.
本发明公开了一种混凝土抹灰面防空鼓施工方法，步骤：在待抹灰的混凝土基面上测量放样以确定用于挂住钢丝网片的挂件在混凝土基面上的位置；清理待抹灰的混凝土基面后对放样位置进行打毛处理；在放样位置涂覆结构胶，并将挂件通过结构胶粘接在放样位置；待结构胶凝固后将钢丝网片挂接在挂件上；压平挂件用于与钢丝网片挂接的挂接部；在混凝土基面上抹灰且钢丝网片位于抹灰层内。本发明的方法，能够显著降低抹灰层的空鼓率，抹灰质量高，步序简单且操作简便，施工效率高，施工周期短，水泥用量少，成本低廉，极具应用前景。
Anti-hollowing construction method for concrete plastered surface
一种混凝土抹灰面防空鼓施工方法
SUN YI (author) / XING HAOTIAN (author) / ZHOU DEPENG (author)
2023-03-03
Patent
Electronic Resource
Chinese
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
Anti-hollowing and anti-cracking thin-plastered wall structure and construction method thereof
| European Patent Office | 2024
PLASTERED WALL MATERIAL AND ITS CONSTRUCTION METHOD, AND PLASTERED WALL STRUCTURE
| European Patent Office | 2018
Back-plastered Stucco house construction
Engineering Index Backfile | 1921
Anti-hollowing auxiliary construction equipment and construction method for concrete pouring
| European Patent Office | 2021
STRUCTURE FOR PLASTERED WALL AND PLASTERED WALL STRUCTURE
| European Patent Office | 2017