Pioneer Thermal Extrusion Heatsinks Manufacturing process:
1. A billet of aluminum is heated to temperatures in excess of 900°F.
2. Next, the billet is pressed and drawn through a die of the desired cross section by a rod with up to 22 tons of force.
3. The extrusion is then manually pulled through the opposite end and cooled.
4. In the final stage, the extrusion is cut to the requested length.
5. At this point secondary processes are then performed.
Extrusion Heatsinks Main Specifications
| Materials 1.Aluminum 6063 2.Aluminum 6061 3.Aluminum 6082 4.Aluminum 5052 | Specifications 1.24 in (609 mm) max profile width 2.>= 0.5 mm fin thickness 3.23:1 fin height to minimum gap ratio 4.>= 2.5 mm base thickness | Applications almost every level of electronic cooling | Benefits 1.Moderate to high surface area 2.Machinable 3.Available in any length 4.Hundreds of standard profiles |
Tooling cost Extrusion Bonded Fins Cold Forging Die Casting Folded Fins Heat Pipes Skived Fins Snapped Fins | Finishing Processes CNC machining Drilling Tapping Stamping Anodizing Screen printing Powder coating Laser etching Polishing | Finishing Value Added Embedded fans Thermal Greases Screws Springs Clips Embedded heat pipes Phase change materials Back plates Gap filler pads PEMs Standoffs Dielectric pads Compounds |
Any extrusion heatsinks and CNC machining services services, please contact Pioneer Thermal. We'll reply you within 12 hours.
Pioneer Thermal products mainly include CNC machining, cold forging heatsinks, cold plate, die casting heatsinks, extrusion heatsinks, heatpipe assemblies, skived fin heatsinks, stacked fin heatsinks, folded fin heat sinks
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