Bonded Fin Heat Sink for Energy Storage with High Heat Dissipation Efficiency, Lightweight Strong Structure, and Customizable Size
Key Attributes
Place of Origin:
Dongguan, China
Certification:
RoHS document, ISO9001 certificate
Minimum Order Quantity:
1PCS
Price:
1-20 USD/PCS
Supply Ability:
50000-100000 PCS per month
Delivery Time:
2-4 weeks
Payment Terms:
T/T
Standard Packaging:
Customized for Customers
Product Custom Attributes
Highlight
bonded fin heat sink for energy storage
,high heat dissipation heat sink
,customizable size bonded fin heat sink
Material:
Aluminum Alloy
Surface Treatment:
Black Anodized
Length:
As Required
Color:
Black
Service:
Custom Aluminum Heat Sink
Compatible Devices:
CPU, GPU, Power IC
Product Description
Bonded Fin Heat Sink For Energy Storage Equipment
Product Overview
High-performance bonded fin heat sink specifically engineered for energy storage equipment applications, offering superior thermal management solutions.
Key Features & Benefits
-
High Heat Dissipation Efficiency:
6063/6061 aluminum with high thermal conductivity and integrated extrusion non-contact thermal resistance for fast heat absorption and efficient convection.
Suitable for medium and low power (50-300W); Copper aluminum composite models available for higher power (300-800W) scenarios.
- Lightweight & Strong Structure: Low aluminum density with integrated extrusion molding provides lightweight construction, vibration resistance, and deformation resistance. Ideal for long-term high-speed operation and harsh working conditions with service life extended by more than 30% compared to assembled radiators.
- Customization & Adaptability: Extrusion process enables complex cross-sections, combined with CNC machining for complete customization of size and structure according to installation space, heat source layout, and power requirements. Covers applications from micro electronics to large industrial equipment.
- Mass Production Efficiency & Low Cost: Continuous extrusion molding with standardized processing ensures high production efficiency and low material loss. Batch costs significantly lower than CNC milling, gear hobbing, and other processes, delivering outstanding cost-effectiveness.
- Durability & Environmental Adaptability: Surface processes including anodizing/electrophoresis enhance corrosion resistance, wear resistance, and UV resistance. Suitable for indoor, outdoor, humid, and dusty environments with service life of 5-10 years.
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