T = 1.25 mm
W = 0.799 Kg/m
Maximize heat dissipation and protect your critical electronic components with our precision-extruded aluminium heatsinks. Engineered with high fin-density for superior thermal performance.
Electronic devices demand efficient cooling. Our aluminium heatsink extrusions are designed to maximize surface area, drawing heat away from sensitive components like LEDs, processors, and power modules. Using high-thermal-conductivity aluminium alloys, we ensure your products operate at safe, optimal temperatures.
LED lighting
Heat dissipation housings for high-power industrial and commercial LEDs.
Power electronics
Cooling for inverters, transformers, and amplifiers.
Computer hardware
CPU, GPU, and motherboard heatsinks.
Telecom equipment
Thermal management for 5G base stations and network servers.
T = 1.25 mm
W = 0.799 Kg/m
T = 1.20 mm
W = 1.021 Kg/m
T = 1.50 mm
W = 0.875 Kg/m
T = 1.00 mm
W = 0.378 Kg/m
T = 0.90 mm
W = 0.399 Kg/m
T = 1.00 mm
W = 0.223 Kg/m
T = 1.00 mm
W = 0.277 Kg/m
T = 1.00 mm
W = 0.331 Kg/m
T = 1.00 mm
W = 0.577 Kg/m
T = 1.00 mm
W = 0.313 Kg/m
T = 1.90 mm
W = 0.568 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.
Aluminium offers an exceptional balance of high thermal conductivity, light weight, and cost-effectiveness, making it superior to steel and more affordable than copper.
We highly recommend the 6063 alloy. It offers the best combination of extrudability for complex fin designs and excellent thermal conductivity.
Yes, we use advanced extrusion dies and techniques to produce heatsinks with tall, closely spaced fins (high aspect ratio) to maximize cooling surface area.
Yes. Black anodizing is highly recommended for heatsinks as it significantly increases the surface’s emissivity, improving radiant heat dissipation.
Yes, we offer secondary CNC machining services to mill flat contact surfaces, drill mounting holes, and cut the extrusions to precise lengths.
Our engineering team can collaborate with you to optimize your fin geometry and base thickness for maximum thermal efficiency before creating the extrusion die.