Place of Origin: | China (Mainland) |
---|---|
Model Number: | LF-ZHY6463-#8989 |
Brand Name: | LF |
Heatsink Material: | Aluminum |
Type: | Fan |
Application: | Computer Case |
Quick Details
Specifications
Quick details:
Precision aluminum stamping parts
Large image: aluminum fin-heatsink for computer
Material: pure aluminum board A1060, purity over 99.6%
Depend on customer's requirements
Large image:
Aluminum fin-heatsink for computer
Stamped aluminum fin heatsink for computer
Bowl shape heatsink for computer
100W aluminum heatsink
Application: computer cooling
Specification:
Overall dimension: ?120*45mm in height
Aluminum fin thickness: 0.3mm
Fin quantity: 50pcs
Fin thickness: 0.4mm
Part weight: 23 grams
Material:
Pure aluminum board A1060, purity over 99.6% (GB/T3880-2006 standard)
Little impurity brings very good electrical and heat conduction
Excellent performance in corrosion-resistant as well
Processing techniques:
1. Aluminum fins: progressive die stamping
2. Aluminum board: extrusion+ CNC machining
3. Copper tube forming: automatic tube bending + burn into tip ends
4. Aluminum board and enclosure nickle-plated, copper fin passivate (insulation, oxidation and corrosion resistance)
5. Assembly: automatic fin wearing/assembly, then fixed by overflow soldering and screw/rivet combination
6. Quality check
Precision aluminum stamping parts
Large image: aluminum fin-heatsink for computer
Material: pure aluminum board A1060, purity over 99.6%
Depend on customer's requirements
Large image:
Aluminum fin-heatsink for computer
Stamped aluminum fin heatsink for computer
Bowl shape heatsink for computer
100W aluminum heatsink
Application: computer cooling
Specification:
Overall dimension: ?120*45mm in height
Aluminum fin thickness: 0.3mm
Fin quantity: 50pcs
Fin thickness: 0.4mm
Part weight: 23 grams
Material:
Pure aluminum board A1060, purity over 99.6% (GB/T3880-2006 standard)
Little impurity brings very good electrical and heat conduction
Excellent performance in corrosion-resistant as well
Processing techniques:
1. Aluminum fins: progressive die stamping
2. Aluminum board: extrusion+ CNC machining
3. Copper tube forming: automatic tube bending + burn into tip ends
4. Aluminum board and enclosure nickle-plated, copper fin passivate (insulation, oxidation and corrosion resistance)
5. Assembly: automatic fin wearing/assembly, then fixed by overflow soldering and screw/rivet combination
6. Quality check