Method for casting wall embossing in situ using glass fiber reinforced plastic mould

Abstract

The invention relates to a method for using glass fiber reinforced plastic mold to cast relief. The character is: it produces the glass fiber reinforced plastic mold according to the shape of relief, brim line and frieze, the outside of the glass fiber reinforced plastic is arranged with several reinforcing ribs, there has assembly line connecting to the wall, and the swelled screw is punched into the wall along the assembly line, and the glass fiber reinforced plastic mold is fixed on the wall, and distributed steel bars between the mold and the wall, casts cement concrete, when the concrete is solidified, demoulding the glass fiber reinforced plastic mold.

Description

technical field [0001] The invention relates to a method for casting wall reliefs on site by using a glass fiber reinforced plastic mold. Background technique [0002] The relief decorations on the outer walls (such as eaves lines, waistlines, window cover reliefs, etc.) are all made of components on the ground in advance, and then fixed on the wall through steel welding. The reliefs made in this way The eaves lines, relief waistlines, and window cover reliefs are affected by the external climate (wind, rain, sun exposure), and are prone to cracks and water seepage, with a short service life, and on-site installation and construction are difficult. ZL96115104.8 discloses a construction method for cement relief groups in buildings. The relief parts are pre-produced by molding construction and then installed on the wall. This method can mass-produce relief parts and speed up the construction. Affected by cold shrinkage, the joints are prone to cracks a...

AI Technical Summary

Problems solved by technology

[0002] The relief decorations on the outer walls (such as eaves lines, waistlines, window cover reliefs, etc.) are all made of components on the ground in advance, and then fixed on the wall through steel welding. The reliefs made in this way The eaves line, relief waist line, and window cover relief are affected by the external climate (wind, rain, sun exposure), easy to seep through cracks, have a short service life, and are difficult to install and construct on site

ZL96115104.8 discloses a construction method for cement relief groups in buildings. The relief parts are pre-produced by molding construction and then installed on the wall. This method can mass-produce relief parts and speed up the construction. Affected by cold shrinkage, the joints are prone to cracks and water seepage, and the welded steel bar heads are prone to rust and fracture, resulting in accidents

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