Light fire-resistant and anti-seismic partition wall and method for manufacturing same

Abstract

The invention discloses a light fire-resistant and anti-seismic partition wall and a method for manufacturing the same. The light fire-resistant and anti-seismic partition wall comprises a group of T-shaped steel with oppositely arranged web plates, square timber, a plurality of rectangular steel pipes, birch plates and glass fibers. The square timber is fixed to the inner sides of T-shaped steel flange plates, two ends of each rectangular steel pipe are respectively fixedly connected to the corresponding web plates of the T-shaped steel, the birch plates and the glass fibers are arranged on two sides of a partition wall, and two ends of each of the birch plates and the glass fibers are respectively fixedly connected with the square timber. The light fire-resistant and anti-seismic partition wall and the method have the advantages that the T-shaped steel and the rectangular steel pipes are used as frameworks, and accordingly the light fire-resistant and anti-seismic partition wall has light dead weight and is capable of dissipating seismic energy; the partition wall filled with the glass fibers is excellent in sound insulation and heat insulation, and loss of bearing capacity due to overheating and softening of steel during fire hazards can be prevented; the light fire-resistant and anti-seismic partition wall can be quite conveniently connected with steel structure frames, steel-reinforced concrete frames and concrete frames with steel pipes and is high in construction speed.

Description

technical field [0001] The invention relates to a fixed building, in particular to a prefabricated partition wall. Background technique [0002] With the continuous increase of construction labor costs and construction period costs, factory prefabrication has become an inevitable development trend of the construction industry. Today, relatively mature prefabricated beams, columns and other components have appeared in the construction industry, and there are also prefabricated partition wall components. [0003] However, the existing prefabricated partition walls are mostly filled with foamed concrete, which has poor sound insulation performance and heavy weight, which increases the building load. Moreover, in the traditional frame structure, the partition wall does not have seismic performance, which leads to a large cross-section of the column member, which occupies a large building area and squeezes the usable space. Contents of the invention [0004] Purpose of the in...

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Problems solved by technology

[0003] However, the existing prefabricated partition walls are mostly filled with foamed concrete, which has poor sound insulation performance and heavy weight, which increases the building load

In addition, in the traditional frame structure, the partition wall does not have the anti-seismic performance, which leads to a large cross-section of the column member, which occupies a large building area and squeezes the usable space

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