Arc Groove Dense Serrated Fin Extruded Aluminum Heat Sink with 6063 Aluminum Alloy for CNC Secondary Processing
Arc Groove Dense Serrated Fin Heat Sink
,6063 Aluminum Alloy Heat Sink
,Extruded Aluminum Heat Sink for CNC
This arc groove dense serrated fin extruded aluminum heat sink is manufactured from high thermal conductivity 6063 aluminum alloy via one-step extrusion molding, specially customized for heat dissipation of inverters, frequency converters and high-power industrial power modules.
- Unique combination of three large arc mounting grooves at the bottom and dense serrated vertical fins on top
- Serrated fin structure effectively breaks air boundary layer, improving air convection efficiency
- Expanded heat dissipation area for rapid heat transfer from power tubes during long-term operation
- Integrated arc cavity structure allows direct clamping installation of cylindrical power components
- Simplifies assembly procedures and improves fitting tightness between heat source and radiator
We support full CNC secondary processing according to customer drawings, including:
- Precision drilling, tapping, and milling
- Positioning holes to match your inverter cabinet layout
- Surface treatments: natural brushed finish, silver clear anodizing, or black hard anodizing
- Enhanced oxidation resistance, scratch resistance, and extended service life
| Customization Parameter | Description |
|---|---|
| Overall Dimensions | Tailored to specific application requirements |
| Cavity Quantity | Configured based on component layout |
| Fin Height | Optimized for thermal performance |
| Fin Density | Customized for various power levels |
With lightweight construction, high heat transfer efficiency, and stable mechanical performance, this extruded aluminum heat sink serves as an ideal passive cooling solution for:
- Solar inverters
- Servo inverters
- Industrial drive converters
- High-power inverter thermal management systems
مهمتنا هي تقديم "جودة عالية" و "خدمة جيدة" و "توصيل سريع" لمساعدة عملائنا على تحقيق المزيد من الأرباح.