Aluminum Alloy Anode Network Cabinet Heat Sink For Telecom Equipment
This precision-engineered aluminum alloy heat sink is specifically designed for telecom equipment network cabinets, offering superior thermal management through advanced manufacturing processes and material science.
Precision Extrusion Technology
- Core radiator utilizes precision extrusion molding with specialized custom molds and high-precision equipment
- Constructed from 6061/6063 high-purity aluminum alloy ingots as a single integrated piece
- Eliminates thermal conduction faults and structural weaknesses found in traditional spliced radiators
- Precisely controls fin height, density, and thickness with uniform tooth pitch error ≤ 0.1mm
- Provides excellent structural rigidity, deformation resistance, and vibration resistance
- Ensures stable heat dissipation performance without attenuation during long-term high-load operation
Manufacturing Efficiency
- Extrusion process enables high-speed, large-scale continuous production
- Increases production efficiency by more than 50% compared to welding and casting methods
- Delivers exceptional consistency in product dimensions and thermal performance across batches
- Yield rate exceeds 98%, significantly reducing production losses
- Ideal for mass production requirements in photovoltaic plants and new energy production lines
- Provides superior cost-effectiveness for bulk procurement applications
Precision Surface Treatment
- Installation surfaces and positioning holes undergo CNC precision milling and grinding
- Achieves surface smoothness of Ra0.8μm or better with flatness error ≤ 0.02mm
- Ensures seamless contact with equipment core heating elements
- Minimizes contact thermal resistance and prevents local heat accumulation
- Positioning holes precision-formed for direct assembly without secondary processing
- Enhances equipment assembly efficiency while reducing errors and labor costs
Advanced Surface Protection
- Surface treatments include anodizing, sandblasting, or electrophoretic coating
- Forms dense oxidation protective layer on aluminum surface
- Provides superior anti-oxidation, anti-corrosion, dust-proof, and wear-resistant properties
- Resists industrial environmental challenges including dust, moisture, and oil
- Prevents surface detachment and thermal conductivity degradation from aluminum oxidation
- Optimizes heat exchange efficiency and maintains long-term stable performance