Zinc-aluminum-magnesium C channel

Zinc-aluminum-magnesium C channel an advanced structural profile that combines excellent performance with innovative technology, showing strong application potential in many fields such as construction and energy.

Outstanding performance advantages and super corrosion resistance: the neutral salt spray test of Zinc-aluminum-magnesium C channel can exceed that of ordinary galvanized products for more than 4000 hours, which means that its service life can be extended several times and up to 30 years in the same harsh environment.

Whether it is in coastal areas with high salt spray, chemical pollution areas, or humid and rainy environments, it can be stable for a long time and is not easy to rust and corrode.

Lightweight and high-strength: Lightweight and high-strength, it can reduce weight by about 30% compared to conventional steel, but still maintain excellent load-bearing capacity and structural rigidity.This feature is particularly advantageous in weight-sensitive applications, such as distributed photovoltaic rooftop projects, which can not only reduce the load on the building roof, but also ensure that the support structure is stable and can reliably support the photovoltaic modules.

Good processing performance:It has excellent plasticity and ductility, easy to carry out cold bending, punching, welding and other processing operations, can meet the customization needs of various complex shapes and specifications, facilitate assembly and adjustment at the construction site, and improve construction efficiency.

Excellent incision protection performance: In the atmospheric corrosive environment, the alloying elements on the incision surface of the zinc-aluminum-magnesium stent will form water-soluble ions, which will gradually cover the incision site with the flow of the liquid film to form a stable protective film, effectively covering the red rust at the incision, significantly improving the corrosion resistance of the incision, and solving the problem of easy corrosion of traditional steel incisions.

Widely used in the photovoltaic industry:

large-scale ground power stations: In large-scale photovoltaic power stations built in complex terrains such as deserts and tidal flats, zinc-aluminum-magnesium C channels can resist wind and sand erosion and saline-alkali soil corrosion with their super corrosion resistance, providing a stable and reliable support structure for large-area photovoltaic modules to ensure the long-term stable operation of the power station.

Distributed photovoltaic: When applied to distributed photovoltaic projects such as rooftops and carports, its lightweight design can reduce the building load, reduce the impact on the structural safety of the building, and at the same time facilitate installation, can quickly build a photovoltaic mounting system, and realize the efficient use of solar energy.

Floating photovoltaic: Due to its excellent water corrosion resistance, it is especially suitable for building floating photovoltaic power stations in reservoirs, lakes and other water environments, providing reliable support for water photovoltaic projects and helping the development of clean energy in areas with abundant water resources.

Agricultural PV: Can be combined with agricultural facilities for agricultural PV projects. Its good resistance to humidity and heat environment, can adapt to the humid environment and high temperature weather of farmland, and at the same time provide shade for crops, realize photovoltaic power generation, and promote the comprehensive utilization of land resources.

Construction:

Roof and wall support: As the supporting structural parts of the roof and wall, it provides stable support for the roof panel and exterior wall panel, evenly distributes the weight of the roof and wall, as well as additional loads such as wind and snow, and ensures the safety and stability of the building envelope.

Mezzanine floor construction: Beams or joists that act as mezzanine floor slabs to increase the amount of space used inside an industrial or commercial building.Its high strength and good structural performance can reliably support the movement of people and the weight of equipment on the mezzanine floor slab.

Canopy and awning construction: When erecting building ancillary structures such as canopies and awnings, Zinc-aluminum-magnesium C channel can be used as the main structural support components, providing a stable frame, while their aesthetic appearance and corrosion resistance can improve the overall quality and service life of canopies and awnings.

Other fields:

In some scenarios such as industrial equipment support with high requirements for structural materials, transportation facilities construction (such as the support structure of highway noise barriers), Zinc-aluminum-magnesium C channel also play an important role with their excellent performance, providing reliable structural solutions for various engineering projects.