"aluminum heatsinks"

Lightweight Extruded Aluminum Heat Sink For New Energy Inverter 1. Integrated extrusion molding process Adopting precise extrusion molding with molds, the radiator fins are integrated with the base without splicing, and there are no faults or gaps in heat conduction, greatly improving heat transfer efficiency; Multiple structures such as dense teeth, wide surfaces, and irregular shapes can be formed at once. The fin pitch is uniform and the thickness is consistent, maximizing

Black Anodized Aluminum Heat Sink With Dense Straight Fins For Industrial Cooling This Black Anodized Aluminum Heat Sink with Dense Straight Fins is purpose-built for industrial cooling applications, delivering robust passive heat dissipation to maintain optimal operating temperatures for high-power industrial electronic components. Crafted from high-thermal-conductivity aluminum alloy via precision extrusion, its dense array of straight fins maximizes heat dissipation

Extruded Universal High-Efficiency Heat Sink For Power Supply Equipment Cooling Engineered for peak thermal performance in power supply units (PSUs), chargers, and industrial power converters, this extruded universal heat sink delivers exceptional heat dissipation to safeguard critical electronic components. Crafted from high-purity aluminum alloy via precision extrusion technology, it features a dense array of optimized fins that maximize surface area for rapid heat transfer

High Power Semiconductor High-Density Skived Fin Air-Cooled Heat Sink 1. Precision shovel tooth forming process: laying the foundation for efficient heat dissipation core Integrated CNC gear hobbing: Using a CNC gear hobbing machine, the entire aluminum/copper profile (6063 aluminum alloy, etc.) is cut into continuous and uniform heat dissipation fins in one go using a dedicated gear hobbing tool. The fins are integrated with the substrate structure, without splicing or

High Adaptability High Power Heat Sink For Data Center Equipment 1.Integrated extrusion dense tooth process Adopting aviation grade aluminum alloy integrated extrusion forming dense tooth structure, with uniform tooth pitch and maximum heat dissipation area, without splicing faults for smoother heat conduction, and directly improving heat dissipation efficiency by more than 30%. Suitable for industrial cabinets, photovoltaic inverters, general high-power industrial control

High-Conductivity Embedded Copper Heat Sink Plate For EV Battery Thermal Management This High-Conductivity Embedded Copper Heat Sink Plate is a state-of-the-art thermal management solution specifically engineered for electric vehicle (EV) battery systems. Crafted with precision, this heat sink plate features high-purity copper channels seamlessly embedded within a robust aluminum base. This design leverages the exceptional thermal conductivity of copper to rapidly and

Precision Fabricated High Power Heat Sink With Liquid Cooling Ports Engineered for extreme thermal management performance in high-power electronic and industrial systems, this precision fabricated liquid cooling heat sink delivers exceptional heat dissipation efficiency to safeguard critical components from overheating. Crafted from high-grade thermally conductive aluminum alloys (customizable to copper for ultra-high thermal demands), the heat sink undergoes precision

High Power Friction Stir Welded Liquid Cooling Heat Sink For Server Racks Designed to meet the rigorous thermal demands of modern high-density server racks, this high-power liquid cooling heat sink leverages advanced friction stir welding (FSW) technology to deliver exceptional thermal performance and structural integrity. Engineered to efficiently dissipate the intense heat generated by high-performance CPUs, GPUs, and other critical server components, it ensures stable

Integrated Heat-Pipe Soldered Copper Heat Sinks In Frequency Converters Designed specifically for the rigorous thermal management demands of frequency converters, our integrated heat-pipe soldered copper heat sinks combine the unparalleled thermal conductivity of copper with the high-efficiency heat transfer of heat pipes. The one-piece soldered structure eliminates thermal resistance gaps between components, ensuring rapid heat conduction from the converter's power modules