Product Introduction
Design and Manufacture for all kinds of copper skived heat sinks, liquid cooling plate, CNC parts and copper heating pipe etc.Skived Fin Heatsinks Skiving is a manufacturing process where thermal solutions are formed by shaving one solid block of copper or aluminum into a finned heatsink.
Design Flowchart
Custom Heat pipe Heat sink, Copper heat sink Supplier, heatsink OEM service.
Technical Parameters
Materials 1.Aluminum 1050/1060/1070 2. Copper CDA110 |
Specifications 1.4 foot max profile width 2.<= 10 in profile length 3.40:1 fin height to minimum gap ratio 4.<= 150 mm maximum fin height 5. 0.1 – 1.0 mm fin thickness |
Applications
Limited space Forced airflow Servers Networking/Telecom boards
|
Benefits
1.High fin densities 2.Perfect conductivity between base & fins 3.Great forced airflow solution 4.Low tooling cos |
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 |
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
Any heatsinks and skived heatsinks, please contact Pioneer Thermal. We'll reply you within 12 hours.
Email: sales@ptheatsink.com
vivian@ptheatsink.com
Our Customers
Our most of products are customized and widely applied in IPC,server,telecom & communications infrastructure &power,LED lighting,medical equipment and other products.
Shipping Methods
Any cold forging heatsinks services, please contact Pioneer Thermal. We'll reply you within 12 hours.
Help your design design team to improve the part for manufacture.(design refine/process optimize/cost reasonable)