| Specification |
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Material: Aluminum, Copper, Stainless Steel;
Flatness: 0.05mm;
Manufacturing Process: CNC Machining and Bonding;
Surface Finish: Mill Finish;
Dimension Tolerance: Follow ISO2768;
Bonding Process: Epoxy Bonding / Vacuum Brazing;
Cooling Capacity: as Per Required;
Dimension: Customized;
Fluid: Water or Suitable Coolant;
Shape: Customized;
Working Pressure: 1.2 to 5 Bars;
Application: Cooler;
Style: Customized;
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Material: Aluminum Alloy;
Product Name: New Deasign Custom Aluminum Electric Vacuum Brazed;
Type: Water Cooling;
Process: Fsw, Press Tube, Vaccuum Brazing, CNC Machining;
Raw Material: Copper, Aluminum;
Type1: Aluminum Fin Vacuum-Brazed;
Type2: Friction Stir Welded (Fsw) Into The Sidewalls.;
Type3: Exposed-Tube Technique;
Type4: Full-Buried-Tube Technique;
Type5: Half-Buried Techniques;
Type6: Sandwiched-Tube Technique;
Test: Analog Simulation;
Liquid Types: Water, Water/Glycol, Refrigerant;
Application: Cooler, Electronics, Medical Lasers Equip;
Principle: Regenerative Heat Exchanger;
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Material: Aluminum Alloy;
Product Name: New Deasign Custom Aluminum Electric Vacuum Brazed;
Type: Water Cooling;
Process: Fsw, Press Tube, Vaccuum Brazing, CNC Machining;
Raw Material: Copper, Aluminum;
Type1: Aluminum Fin Vacuum-Brazed;
Type2: Friction Stir Welded (Fsw) Into The Sidewalls.;
Type3: Exposed-Tube Technique;
Type4: Full-Buried-Tube Technique;
Type5: Half-Buried Techniques;
Type6: Sandwiched-Tube Technique;
Test: Analog Simulation;
Parameters: Pressure Drop, Liquid Flow Path, Maximum Temperature;
Parameters2: Flow Balancing, Temperature Uniformity, Fluid Amount;
Liquid Types: Water, Water/Glycol, Refrigerant;
Application: Cooler, Electronics, Medical Lasers Equipment.;
Principle: Regenerative Heat Exchanger;
Style: Cooling Plate;
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Material: Aluminum Alloy;
Product Name: New Deasign Custom Aluminum Electric Vacuum Brazed;
Type: Water Cooling;
Process: Fsw, Press Tube, Vaccuum Brazing, CNC Machining;
Raw Material: Copper, Aluminum;
Type1: Aluminum Fin Vacuum-Brazed;
Type2: Friction Stir Welded (Fsw) Into The Sidewalls.;
Type3: Exposed-Tube Technique;
Type4: Full-Buried-Tube Technique;
Type5: Half-Buried Techniques;
Type6: Sandwiched-Tube Technique;
Test: Analog Simulation;
Liquid Types: Water, Water/Glycol, Refrigerant;
Application: Cooler, Electronics, Medical Lasers Equipment.;
Principle: Regenerative Heat Exchanger;
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