Its angular or U-shaped design (based on application) maximizes load distribution, while the alloy’s toughness prevents breakage under stress.
It secures, mounts, or suspends equipment, creating a stable connection between components (e.g., solar panels to roofs, motors to machinery frames). This ensures long-term structural reliability and safe operation.
Standard U-shaped models support up to 600 kg of static load and resist deformation under continuous stress. This outperforms plastic brackets (which fail at ~50 kg) and matches steel brackets at a lower weight.
The alloy maintains strength from -40℃ (cold climates like northern Europe) to 100℃ (hot desert environments). This eliminates issues from thermal expansion or contraction, ensuring consistent performance.
Unlike steel brackets that need regular rust treatment, the zinc-aluminum alloy is naturally corrosion-resistant. It has a 12+ year outdoor service life, cutting maintenance costs by 50% compared to steel.
It mounts solar panels to rooftops or ground racks. It withstands wind loads of up to 150 km/h and snow loads of 20 kg/m², ensuring panels stay secure in extreme weather.
It secures exhaust systems, batteries, or suspension components to vehicle frames. It resists vibration and undercarriage corrosion, extending the life of automotive parts.
It mounts motors, pumps, or conveyor belts to factory floors or frames. It ensures alignment and reduces operational vibration, improving machinery efficiency and safety.
Standard U-shaped models handle up to 600 kg; angular wall-mount brackets support up to 300 kg . Custom reinforced brackets are available for higher loads.
Yes. The bracket’s design and zinc-aluminum alloy strength withstand wind loads of up to 150 km/h, making it ideal for coastal or high-wind regions.
Absolutely. The zinc-aluminum alloy surface accepts most industrial paints. We also offer pre-painted brackets in custom colors to match your installation environment.
Its angular or U-shaped design (based on application) maximizes load distribution, while the alloy’s toughness prevents breakage under stress.
It secures, mounts, or suspends equipment, creating a stable connection between components (e.g., solar panels to roofs, motors to machinery frames). This ensures long-term structural reliability and safe operation.
Standard U-shaped models support up to 600 kg of static load and resist deformation under continuous stress. This outperforms plastic brackets (which fail at ~50 kg) and matches steel brackets at a lower weight.
The alloy maintains strength from -40℃ (cold climates like northern Europe) to 100℃ (hot desert environments). This eliminates issues from thermal expansion or contraction, ensuring consistent performance.
Unlike steel brackets that need regular rust treatment, the zinc-aluminum alloy is naturally corrosion-resistant. It has a 12+ year outdoor service life, cutting maintenance costs by 50% compared to steel.
It mounts solar panels to rooftops or ground racks. It withstands wind loads of up to 150 km/h and snow loads of 20 kg/m², ensuring panels stay secure in extreme weather.
It secures exhaust systems, batteries, or suspension components to vehicle frames. It resists vibration and undercarriage corrosion, extending the life of automotive parts.
It mounts motors, pumps, or conveyor belts to factory floors or frames. It ensures alignment and reduces operational vibration, improving machinery efficiency and safety.
Standard U-shaped models handle up to 600 kg; angular wall-mount brackets support up to 300 kg . Custom reinforced brackets are available for higher loads.
Yes. The bracket’s design and zinc-aluminum alloy strength withstand wind loads of up to 150 km/h, making it ideal for coastal or high-wind regions.
Absolutely. The zinc-aluminum alloy surface accepts most industrial paints. We also offer pre-painted brackets in custom colors to match your installation environment.
