CNC machining gray anodized heatsinks with abbrasive. Manufacturer – Custom CNC Machined Solutions

Explore the Benefits of Customized Motherboard Heatsinks for Your Project

CNC machining gray anodized heatsinks with abbrasive. - Customized Motherboard Heatsinks
  • CNC machining gray anodized heatsinks with abbrasive. - Customized Motherboard Heatsinks

CNC machining gray anodized heatsinks with abbrasive.

Customize Highly Performance Heatsink

Using CNC machining to ensure the flatness of the intersurface. External surface treatment like abbrasive and anodizing is applied to the product if the parts require a decorative finishes.

Features
  • Highly Performance heatsinks.
  • Light and highly conductive thermal dissipation.
  • Available in various dimensions and shapes.
  • Heat pipe applicable, aluminum / copper stacked fin, or aluminum extruded / die-casting parts.
  • With complex fin structure, easily shaped, and applied to different thermal requirements.
  • Available in coating thermal adhesive / pad.
Material

6061 / 6063

Main Processing

CNC Milling → Stamping → Drilling → Tapping

Surface Treatment

Hairline Process / Sand-Blasting or Abrasive / Anodizing / Ultrasonic Cleaning / Vibrating Finishing.

Other Process

Riveting or Clinching.
Thermal Adhesive or Thermal Grease.


CNC machining gray anodized heatsinks with abbrasive. - Custom Black Anodized Heatsinks for High-Efficiency Thermal Management

Our CNC machining CNC machining gray anodized heatsinks with abbrasive. and black anodized heatsinks are engineered for maximum heat dissipation, surface durability, and clean industrial aesthetics. Ideal for embedded systems and high-performance electronics, each unit is built with precision in mind.

With advanced anodizing for corrosion resistance and tight-tolerance machining, these heatsinks meet the critical needs of engineers in EV, IPC, and power electronics applications.

Choose Han Chang's customizable aluminum solutions to ensure stable performance, longer lifespan, and premium-grade thermal control in your final product.