Custom Copper CNC Machining
High Quality Custom Copper CNC machining of customized copper block for water cooling
High Quality Custom Copper CNC machining of customized copper block for water cooling
Custom Copper CNC Precision Machining
We provide precision CNC Milling, CNC Deep Hole Drilling, CNC turning and CNC Copper Skiving Fin services to meet your design and manufacturing needs at the most competitive prices.
10+ years in thermal management fabrications, especially in Copper CNC Machining heat solutions.
Parameter | Details |
---|---|
Making process | CNC machining + epoxy bonding |
Types of Welding Processes | TLP/FSW/Vacuum Brazing/Laser Welding |
Size | Custom |
Material | Aluminum (optiona), Copper (standard) |
Operating Temperature | -40°C to 100°C (typical range; exact values depend on design) |
Thermal Resistance | 0.05°C/W (typical; exact values depend on design) |
Flow Rate | 1-5 L/min (typical; exact values depend on design) |
Pressure Drop | <0.1 bar (typical; exact values depend on design) |
Certifications | ISO9001:2015 certified |
Note: Specific thermal performance metrics may vary based on custom design. Please contact us for detailed specifications.
We offer multiple Materials for your choose, then manufacture the Best liquid cold plates to meet your application & working environment.
You can choose from:
Copper LCP - with excellent heat dissipation
Aluminum LCP - with excellent weight saving
Stainless steel cold Plate - with strong corrosion resistance
If you have any questions about the liquid cold plates & liquid cooling devices, please feel free to contact us for more information.
Material | Thermal Conductivity (W/m·K) | Specific Gravity | Corrosion Resistance |
---|---|---|---|
Copper | 398 | 8.82 | Strong |
Aluminum | 236 | 2.68 | Lightweight |
Stainless | 17 | 7.93 | Comprehensive |
The best combination of the plate's material and coolant we suggest as follow:
Copper:
Aluminum :
Stainless:
Before Customize Liquid Cold Plate , please give us the layout, power density, and performance requirements of your application, our team will provides technical supports about designing and testing to production etc. After you agree our propols, Please leave it to us to design, prototype, and verify your liquid cold plates.
Power density & uniformity of the heat source
Coolant flow rate, inlet pressure, and allowable pressure drop
Compatibility Parameters: corrosion resistance, electrical isolation, temperature ranges, and connection standards
Manufacturing methods: CNC machining, Injection Moulding , Stamping , Cold Forging, Die Casting
Welding methods: FSW, TLP or VB brazing
Surface Finish & Treatment: Anodizing, Ni(Nickel) plating, or special coatings