Novel fabricated building template

Abstract

The invention discloses a novel fabricated building template, which comprises a planar template, a metal back frame and planar template fixing pins. The metal back frame is made by welding of metal frame bars, positioning support angles and a double-X-shaped back rib. The planar template is connected with the metal back frame through the planar template fixing pins, and four straight sides of theplanar template are aligned to the four metal frame bars of the metal back frame. By organic combination of the planar template and the metal back frame, size accuracy and convenience in mounting of fabricated templates are achieved while convenience in panel material replacement is achieved, and surface quality of the building template is effectively guaranteed.

Description

technical field [0001] The invention relates to the technical field of building templates, in particular to a novel assembled building template. Background technique [0002] At present, the most widely used construction formwork for cast-in-place concrete structures in the construction industry is wood plywood formwork, but the characteristics of wood plywood determine that its service life as a building formwork is very short, and waste plywood has almost no value and can only be used as construction waste. Therefore, the construction industry not only consumes a large amount of wood plywood every year, but also produces a large amount of construction waste, which brings a huge fire safety hazard, and makes the construction cost of building formwork remain high. With the construction industry entering the new normal and the development of construction technology, many new forms of formwork have emerged in recent years, such as: wood-plastic formwork, aluminum alloy formwor...

AI Technical Summary

Problems solved by technology

[0002] At present, the most widely used construction formwork for cast-in-place concrete structures in the construction industry is wood plywood formwork, but the characteristics of wood plywood determine that its service life as a building formwork is very short, and waste plywood has almost no value and can only be used as construction waste. Therefore, the construction industry not only consumes a large amount of wood plywood every year, but also produces a large amount of construction waste, which brings huge fire safety hazards, and makes the construction cost of building formwork remain high.

With the construction industry entering the new normal and the development of construction technology, many new forms of formwork have emerged in recent years, such as: wood-plastic formwork, aluminum alloy formwork, aluminum frame wood plywood, etc. Among them, aluminum alloy formwork is characterized by its high strength. Light weight, long turnover life, fast construction speed, and good concrete structure forming effect are favored by construction units; but the common problems of the current aluminum alloy formwork system are: high cost, complex component forms, many types of components, single component Disadvantages such as small area, complicated installation and connection

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