Overview
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Innovative fin design
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Maximum surface area utilization
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Enhanced air turbulence
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Compact form factor
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Efficient heat dissipation
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Unique aesthetic appeal
Technical Specifications
Design Features
- • Fin Pattern: Zipper/Interleaved
- • Surface Area: +40% vs Standard
- • Air Flow: Multi-directional
- • Pattern Density: 10-30 fins/inch
- • Structure: Self-supporting
Physical Properties
- • Overall Size: 30-150mm
- • Height: 10-50mm
- • Base Thickness: 2-5mm
- • Fin Thickness: 0.3-1.0mm
- • Weight: 30% less than traditional
Performance Data
- • Thermal Resistance: 0.8-2.5°C/W
- • Air Flow Resistance: -20%
- • Heat Capacity: Up to 200W
- • Operating Temp: -30°C to +150°C
- • Efficiency Improvement: 15-25%
Common Applications
Consumer Electronics
- • Gaming Devices
- • Mini PCs
- • Media Players
- • Network Equipment
- • Audio Amplifiers
LED Lighting
- • Architectural Lighting
- • Commercial Fixtures
- • Display Lighting
- • Stage Lighting
- • Outdoor Lighting
Compact Systems
- • IoT Devices
- • Embedded Systems
- • Mobile Equipment
- • Sensor Platforms
- • Portable Electronics
Design & Engineering Services
Pattern Optimization
- • Flow Simulation
- • Pattern Design
- • Surface Optimization
- • Weight Reduction
- • Performance Testing
Manufacturing Process
- • Tooling Design
- • Production Setup
- • Quality Control
- • Process Optimization
- • Cost Reduction
Performance Analysis
- • Airflow Testing
- • Thermal Imaging
- • Efficiency Validation
- • Noise Testing
- • Durability Testing
Related Heat Sink Solutions
Ready to Optimize Your Thermal Management?
Contact our engineering team to discuss your heat sink requirements and get expert consultation.