Our GLL aluminum tubing support system is engineered with advanced high-strength aluminum alloys (including 6061-T6 and 7075 series), delivering a remarkable 40%-60% weight reduction compared to conventional steel structures while preserving exceptional tensile strength (≥290MPa) and superior corrosion resistance. Through precision anodizing treatment, the aluminum alloy surface achieves enhanced abrasion resistance and climate durability, making it ideally suited for deployment in harsh industrial conditions.
Our GLL aluminum tube bracket is made of high-purity aluminum alloy extrusion molding, combined with modular design concept, to achieve a perfect balance between lightness and strength:
Material characteristics
Lightweight: Our GLL aluminum tube bracket adapts aluminum density is only 1/3 of that of steel, which significantly reduces the overall structural weight and improves the energy efficiency of the equipment.
Corrosion resistance: The natural oxide layer on the aluminum tube bracket surface can resist humid, acidic and alkaline environments, and is suitable for harsh scenes such as ships and chemicals.
Thermal conductivity: Its excellent heat dissipation capacity makes it outstanding in the heat dissipation system of electronic equipment.
Processing advantages
Flexible molding: Complex cross-sectional shapes can be customized through extrusion process to meet personalized needs.
Efficient assembly: T-slots are compatible with standardized connectors, supporting rapid modification and expansion.
Environmental properties:The recycled energy consumption is only 5% of the original aluminum, which is in line with the global carbon neutrality goal.
Our GLL aluminum tube bracket's universal design layout crosses industry boundaries
Automotive industry : Used in battery trays and hydrogen fuel cell brackets for new energy vehicles, helping to reduce the weight of the vehicle by 15%-20%.
Case: After a leading automaker adopted the GLL bracket, the cruising range increased by 8%.
Aerospace : Application of satellite brackets and aircraft interior frames, passed the AS9100 aviation quality management system certification.
Building innovation : Modular scaffolding system replaces traditional steel frames, increasing construction efficiency by 40%.
New energy infrastructure : Photovoltaic tracking brackets and wind turbine blade transport brackets are suitable for extreme climate environments.
