T = 1.20 mm
W=0.882 Kg/m
Accelerate your automotive manufacturing with precision-extruded aluminium profiles. Engineered to reduce vehicle weight, enhance structural safety, and improve overall fuel efficiency without compromising strength.
The modern automotive industry demands materials that deliver high strength at a fraction of the weight of steel. Our aluminium automotive extrusions are manufactured to strict industry tolerances, providing the ideal foundation for chassis components, crash management systems, and body structures.
Crash management
Bumper beams and crash boxes designed to absorb impact energy.
Chassis components
Subframes and structural members for lightweight agility.
EV battery enclosures
Secure, heat-dissipating housings for electric vehicle power cells.
Body-in-White (BiW)
Roof rails, side impact beams, and door frames.
T = 1.20 mm
W=0.882 Kg/m
T = 1.50 mm
W=0.372 Kg/m
T = 1.30 mm
W=0.372 Kg/m
T = 1.25 mm
W=0.279 Kg/m
T = 2.00 mm
W=0.644 Kg/m
T = 1.30 mm
W=0.656 Kg/m
T = 1.35 mm
W=0.272 Kg/m
T = 1.50 mm
W=0.410 Kg/m
Aluminium material with a solid structure that provides high resistance to pressure and heavy loads, making it ideal for industrial and construction requirements.
We provide a 30-day product quality guarantee to ensure you receive material that meets the highest standards and is free from production defects.
Available in anodizing, powder coating, and mill finish options, offering durability and a clean appearance for various applications.
Aluminium offers excellent formability, allowing it to be easily shaped and fabricated into various designs without compromising strength ideal for custom and complex applications.
Bring design to us and we can turn your ideas into precise, high-quality aluminium solutions. Custom sizes, specification and finishing tailored to your project needs.
By significantly reducing the overall weight of the vehicle compared to steel components, aluminium requires less energy for propulsion, directly improving fuel economy and EV battery range.
Yes, specific aluminium alloys are highly predictable in how they fold and deform, making them exceptionally effective at absorbing kinetic energy during a collision.
6000-series alloys (like 6061 and 6082) are typically used for their excellent balance of extrudability, strength, and crash performance.
Yes, we extrude complex, multi-hollow profiles that provide the structural rigidity and thermal management required for EV battery enclosures.
We manufacture to stringent international extrusion tolerances to ensure seamless integration into automated automotive assembly lines.
Yes, our automotive-grade extrusions are highly weldable using standard robotic MIG or friction stir welding techniques.