Aluminium Profile (CNC-1)

The Aluminium Profile (CNC-1) is a high-performance Water-Cooling Heat Sink (CNC-1), categorized as an Aluminum Profile Heat Sink and serving as a key Power Equipment Thermal Management Component for efficient heat dissipation in various power systems. Constructed from 6063 Aluminum Alloy (6063 Aluminum Alloy Heat Sink), it features specific dimensional attributes including a stainless steel tube with D=10/d=8 (outer diameter 10mm, inner diameter 8mm), leveraging these specifications alongside the material's inherent advantages to ensure reliable thermal management. As a High Thermal Conductivity Aluminum Heat Sink, it efficiently conducts and dissipates heat generated by power equipment, maintaining optimal operating temperatures to extend device lifespan and enhance performance. Its Lightweight property reduces overall equipment weight, improving portability, while excellent machinability (Machinable Aluminum Heat Sink) allows it to fit diverse design requirements. After anodizing treatment, it becomes a Corrosion-Resistant Aluminum Heat Sink (Anodized), suitable for various environmental conditions. This water-cooling heat sink is widely applicable in key power equipment, including Switching Power Supplies, Uninterruptible Power Supplies (UPS), Inverters (Solar/Wind Power), as well as Chargers and Adapters, ensuring stable operation across these systems.

Key Features

• Premium Material & Dimensions: Made from 6063 aluminum alloy with a stainless steel tube (D=10/d=8), offering high thermal conductivity and structural stability.
• Enhanced Durability: Anodized for corrosion resistance, suitable for diverse environments.
• Versatile Application: Ideal for switching power supplies, UPS, inverters, chargers, and adapters.
• Lightweight & Machinable: Reduces equipment weight and can be processed into complex shapes for custom fit.
• Effective Thermal Management: Functions as a water-cooling heat sink to ensure equipment operates within safe temperature ranges, boosting performance and longevity.