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Application of GI Slotted C Channel in Seismic Supports

Seismic resistance has become mandatory in building MEP projects. Gi slotted C channel is a type of steel named for its C-shaped cross-section and is also known as channel steel with boning strips. It is a lightweight, high-strength, and versatile steel. This article will introduce the advantages of Gi slotted C channel in seismic bracing.


Flexible Configuration of Parts and Components


Gi slotted C channel, as the basic stress member of the support bracket, can be flexibly configured with various components to form a complete structural support system. It can be connected with various structural components such as walls, concrete, and steel structures. The novel axial reinforcement design increases the tensile strength of the Gi slotted C channel. Its inner rolled edge is serrated, which can effectively resist slipping, impact, and shear, and facilitate the reliable connection of the whole system.


Advantages of Gi Slotted C Channel


The Gi slotted C channel is marked with an auxiliary scale on the surface, which facilitates on-site installation and processing. The waist-shaped holes on the back are convenient for installation and adjustment. After molding, the surface is treated with hot-dip zinc or epoxy spraying, which requires no maintenance and has a beautiful appearance. The gi slotted c channel has a simple structure, large load, lightweight, and corrosion resistance. Gi slotted C channel is not only suitable for general environment area. In coastal fog areas, high humidity, and corrosive environments, it shows its unique corrosion resistance.


The Role of Gi Slotted C Channel in Seismic Bracing


When an earthquake occurs, the structure of a building needs to withstand impacts and vibrations from all directions. As an important supporting part of the building, the seismic brace must have good stability and reliability. Gi slotted C channel, as the main material of seismic brace, can effectively disperse seismic force, reduce structural deformation, and ensure the safety of the building.


Design and Construction


When designing a seismic brace, it is necessary to fully consider the structural characteristics of the building, seismic intensity, site conditions, etc. The selection of Gi slotted C channel should follow the principles of high strength, good toughness, and convenient processing. In the construction process, processing, installation and testing should be carried out in strict accordance with the design requirements to ensure the quality and performance of the seismic brace.


Seismic brace is a practical effect is very good anti-seismic facilities used in construction projects. Gi slotted C channel in the seismic construction plays a huge role, and can be said to be very effective in strengthening the seismic performance of the whole building.

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