Zinc-aluminum-magnesium photovoltaic brackets are a type of heat-treatable, high-strength aluminum alloy, with zinc, aluminum, and magnesium as the primary alloying elements. Their main advantages include:

- High strength and rigidity: effectively resisting external pressures such as wind and snow loads, ensuring the stability and safety of solar photovoltaic modules.

- Excellent corrosion resistance: through rational alloy design and heat treatment processes, a dense oxide layer and barrier layer can be formed, effectively preventing corrosion.
- Good durability: with rigorous surface treatment and coating processes, it can effectively resist external environmental factors such as solar radiation, temperature variations, and wind and rain erosion, extending the service life of solar photovoltaic brackets.
- Good plasticity and weldability: capable of meeting the shape requirements and installation demands of solar photovoltaic brackets.
- Low density and good recyclability: reducing the weight of solar photovoltaic brackets and environmental pollution, aligning with sustainable development requirements.

In summary, zinc-aluminum-magnesium alloy material is an ideal choice for solar photovoltaic brackets, characterized by high strength, corrosion resistance, and excellent durability.