Profile radiators are key heat dissipation components in the industrial and electronic fields. With aluminum alloy as the core material, they are manufactured into diverse fin structures through the extrusion molding process. Boasting high thermal conductivity (with a thermal conductivity coefficient of over 200W/(m·K)) and lightweight properties, they can quickly conduct heat generated by electronic equipment. Combined with the high-density fin design, they expand the heat dissipation area and significantly improve heat dissipation efficiency.
These products have a wide range of applicable scenarios: they can not only cool high-power LED lamps and industrial control equipment but also meet the heat dissipation needs of electronic control systems in new energy vehicles. Some models undergo surface anodization treatment to enhance corrosion resistance, enabling them to adapt to harsh working conditions ranging from -40℃ to 120℃. Supporting customized sizes and fin designs, they can be flexibly adjusted according to equipment space and heat dissipation power. Relying on stable performance and high cost-effectiveness, profile radiators have become a mainstream choice in electronic heat dissipation solutions.