Building curtain wall glass fiber reinforcement composite board mounting assembly and method

Abstract

The invention discloses a building curtain wall glass fiber reinforcement composite board mounting assembly and method, wherein the building curtain wall glass fiber reinforcement composite board mounting assembly and method facilitate construction and are wide in application range and low in engineering cost, and the mounting assembly is long in service life. The mounting assembly comprises a bolt set, steel angles and a glass fiber reinforcement composite board and further comprises a turning-connecting part, a steel pad and a fixing pipe. The building curtain wall glass fiber reinforcement composite board mounting method includes the steps of paying off, measuring, mounting point position determining, leveling, drilling, steel plate pre-burying, spacer and spring pad placing, composite board mounting, repairing, rust preventing, base layer processing, cleaning ending and the like. The mounting method is easy to operate, the composite board can move for the second time due to the buckle design of the steel pad and the turning-connecting part, and manual loss is reduced when board timing is performed. Construction is convenient and fast to perform, on-site machining performance is good, and sawing, planing, nailing, chiseling, drilling and pasting operation can be performed according to on-site conditions.

Description

technical field [0001] The invention relates to the field of building construction, in particular to an installation component and an installation method of a glass fiber reinforced composite board for a building curtain wall. Background technique [0002] Glass fiber reinforced composite panel for building curtain wall is a new type of building material formed by optimizing and recombining glass fiber cement and glass fiber reinforced gypsum. It has the advantages of fireproofing, waterproofing, mothproofing, small coefficient of dry and wet expansion, high strength, stable performance, long service life and environmental protection of glass fiber reinforced cement and glass fiber, and does not contain radioactive elements and poisonous gases. Strong, it is an excellent exterior wall decoration material, and it is an ideal substitute for glass fiber cement. [0003] For the installation of traditional glass fiber cement product decoration materials, the installation compon...

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Problems solved by technology

[0003] For the installation of traditional glass fiber cement product decoration materials, the installation components generally use pre-embedded round steel with a diameter of no more than 6mm. After pre-installing expansion bolts on the building, they are connected by point-to-point welding, and then rust protection is carried out by painting anti-rust paint. , its installation location is limited to floors below the fifth floor, and it must not be used for high-rise or super high-rise buildings

At the same time, during the construction process of the building curtain wall, the decorative panels of the curtain wall generally adopt high-altitude welding construction technology, the welding distance is not easy to control, the length measurement process is cumbersome, and the panels cannot be moved during installation, requiring the cooperation or construction of large-scale hoisting machinery. Strict requirements, after the installation of a single panel, it is very easy to have too large a spacing error between the panels, resulting in difficulties in subsequent construction; if the dry-hanging construction process is used, the installation and positioning of the decorative panels will also be difficult during the construction process, and the upper and lower spacing of the decorative panels is not easy to adjust after a single installation is completed. It is very easy to cause too large error in the gap between the veneer panels, which will affect the subsequent construction

Both of the above two conventional construction schemes have defects such as serious labor consumption, high waste generation rate, low process efficiency, and high dependence on weather.

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