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Modern Light Steel Keel Accessories With Rust Resistance And Durable Steel Keel Hanger

Product Description:

Light steel keel accessories are key components for connecting, fixing, and strengthening keel skeletons. Through standardized design and precise matching, they achieve the stability, functionality, and decoration of spatial structures such as ceilings and partitions. Its core values are reflected in:

Construction efficiency: Modular accessories (such as brackets and extensions) simplify the installation process and shorten the construction period by more than 30%.
Function extension: Supports customized needs such as sound insulation, fire prevention, and irregular shapes, suitable for multiple scenarios such as commercial, home, and industrial.

Structural safety: By optimizing mechanical components (such as hangers and pendants) to transmit loads, the system's seismic and deformation resistance capabilities are ensured.

Features:

The thickness of the surface galvanized layer is ≥ 8 μ m (superior products ≥ 14 μ m), effectively isolating oxygen and moisture. It can withstand corrosion for more than 15 years in humid environments such as bathrooms and basements.

Hanging components: The upper ceiling accessories must withstand a load of ≥ 2000N (equivalent to 200kg static pressure), with a residual deformation of ≤ 2.0mm; the non upper ceiling accessories must withstand a load of ≥ 1200N to meet the safety requirements of different scenarios.

Pendant: The cladding keel connector can withstand a lateral tension of ≥ 600N, ensuring a tight bond between the double-layer skeleton.

Under the static load test of the keel component, the deflection of the load-bearing keel is ≤ 5.0mm (L/200), and the deflection of the cladding keel is ≤ 10.0mm (L/100), far exceeding the national standard and adapting to dynamic loads such as earthquakes and wind pressure.

The thickness of steel plates is usually 0.5-1.5mm, and the section moment of inertia is enhanced through cold bending forming technology, which significantly improves the bending and shear resistance compared to wooden materials, ensuring the stability of large-span structures.

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