Aluminum Extrusion Heat Sink

This anodized blue aluminum extrusion heat sink features straight fins for efficient PCB cooling. Crafted from high-thermal-conductivity alloy, it maximizes heat dissipation. Pre-drilled holes simplify installation. Durable, corrosion-resistant finish enhances thermal emissivity and extends component life.

Precision-engineered wavy fin aluminum heat sink extrusion for miniature electronics cooling. Unique design increases surface area and airflow turbulence for efficient passive heat dissipation. Compact, lightweight, and corrosion-resistant. Ideal for sensors, microcontrollers, and portable devices. Custom options available.

Integrated extrusion eliminates contact thermal resistance, boosting efficiency by 30%. CNC machining ensures precise fit. Hard anodizing enhances corrosion resistance and heat dissipation by 10%. Customizable cross-sections and surface finishes for diverse applications.

Integrated extrusion molding ensures seamless fin-to-base heat transfer with uniform fin pitch. CNC precision milling achieves ≤0.02mm flatness and Ra0.8μm smoothness for minimal thermal resistance. Supports custom mold extrusion and small-batch modification. Ideal for 24/7 industrial, inverter, and new energy applications.

Integrated extrusion molding ensures seamless heat conduction with uniform fin pitch. CNC precision milling achieves ≤0.02mm flatness for optimal thermal contact. Supports custom molds and small-batch modifications. Ideal for photovoltaic inverters and industrial cabinets requiring efficient, reliable heat dissipation.

Crafted from high-purity aluminum alloy with precision extrusion, this heat sink features optimized fins for rapid heat transfer. Universal mounting holes ensure seamless integration. Anodized coating enhances durability and thermal emissivity for reliable performance in industrial and outdoor power applications.

High-efficiency heat sink using 6063/6061 aluminum alloy extrusion. Integrated fins eliminate contact thermal resistance, boosting thermal conductivity by 30%. Supports custom cross-sections and CNC machining. Hard anodizing enhances corrosion resistance and heat dissipation by 10%.

Integrated extrusion molding creates seamless fins for maximum heat dissipation. Achieves ≤0.02mm flatness and Ra0.8μm smoothness. Custom molds available for non-standard designs. Ideal for photovoltaic inverters and power semiconductors.

Customizable aluminum heat sink with black anodized surface for new energy inverters. Features integrated extrusion molding and CNC precision milling for flatness ≤0.02mm. Supports custom molds and small batch modifications. Ideal for high-efficiency, 24/7 continuous operation in industrial and photovoltaic applications.

Integrated extrusion aluminum heat sink with high precision CNC milling for new energy inverters. Achieves flatness ≤0.02mm and surface smoothness Ra0.8μm. Supports custom mold extrusion and small batch modification. Ideal for 24/7 continuous operation, offering excellent durability and cost-effective mass production.

High thermal conductivity aluminum heat sink with precision CNC drilled mounting holes for power equipment. Features dense vertical fins, black or silver anodizing, and strict quality control. Supports OEM/ODM customization for dimensions, fin height, and hole layout. Reduces assembly time and labor costs.

High thermal conductivity aluminum alloy heat sink plate with precision CNC drilled mounting holes for fast installation. Features integrated cooling fins, optional black anodization for corrosion resistance. Ideal for inverters, converters, UPS systems. Custom dimensions and hole patterns available.

Precision extruded aluminum heat sink with CNC-drilled mounting holes for easy installation. Vertical fin design maximizes heat dissipation. Black anodized for corrosion resistance. Customizable dimensions and hole layout. Ideal for inverters, UPS, and power modules.

Aluminum die-cast heat sink for new energy inverters. Features integrated extrusion molding for seamless heat transfer, high precision CNC milling with flatness ≤0.02mm, and customizable mold options. Ideal for 24/7 continuous operation in industrial cabinets and photovoltaic systems.

High-performance extruded aluminum heat sink with black anodized surface, customizable dimensions for new energy inverters. Features integrated fin-base design for superior heat transfer, CNC precision milling with flatness ≤0.02mm, and support for custom molds. Ideal for 24/7 continuous operation in industrial cabinets and photovoltaic inverters.

Precision extruded aluminum heat sink with black anodized surface for power semiconductors in new energy inverters. Features integrated fin design, ≤0.02mm flatness, and customizable dimensions. Ideal for 24/7 operation with high thermal efficiency and cost-effective mass production.

Precision-extruded from 6063-T5 aluminum alloy, this high-power heat sink offers excellent thermal conductivity and structural integrity. High-density fin design maximizes heat dissipation for inverters and motor drives. Custom CNC machining and anodizing options available for harsh industrial environments.

Integrated extrusion molding ensures uniform fin pitch and strong rigidity. CNC precision milling achieves flatness ≤0.02mm and smoothness Ra0.8μm for optimal thermal contact. Supports custom fin specs and small-batch modifications. Ideal for 24/7 continuous operation in inverters and industrial cabinets.