Products Details
machinery test report | Provided |
video outgoing-inspection | Provided |
Material | Copper, Aluminum Alloy |
warranty | 5 years |
application | IGBG modules, Electronic devices,Lasers |
type | Heat Exchanger |
weight (kg) | 3.5 |
Material | Aluminum + Cooper tube |
After Warranty Service | Online support |
Certification | RoHS |
Selling Units | Single item |
Single package size | 25X20X5 cm |
Single gross weight | 4.000 KG |
Our Manufacturing Base
Factory Panorama
Aluminum Bar Manufacturing Workshop
Mold Storage Warehouse
43 Aluminum Extrusion Lines (500–5500 Tons)
Powder Coating Workshop
Anodizing Workshop
Deep Processing Workshop
CNC Precision Machining Workshop
Finished Product & Export Warehouse
FAQ
1.What is the size of the Thick Water Cooling Aluminum Cold Plate?
The cold plate measures 180×220×30mm, offering a large thermal contact surface for high-performance cooling.
2.Why use 20mm copper tubes in the cold plate?
The 20mm copper tubes provide efficient water flow and superior heat transfer, enhancing the overall cooling capability.
3.Is the 30mm thickness beneficial for thermal performance?
Yes, the 30mm thick aluminum base increases thermal mass, allowing for better heat absorption and dissipation.
4.What applications is this cold plate suitable for?
This cold plate is ideal for high-power electronics, inverters, industrial drives, and thermal test benches requiring heavy-duty cooling.
5.Can the aluminum cold plate be customized?
Yes, the aluminum cold plate can be tailored in terms of mounting, inlet/outlet positioning, and tube configuration for OEM integration.
6.Is the product corrosion-resistant?
Yes, the thick aluminum plate and copper tubes are treated to resist corrosion, ensuring reliable long-term operation.
7.How does this product improve cooling efficiency?
Its large surface area, thick base, and embedded 20mm copper tubes enable efficient heat extraction and quick thermal transfer.
8.What advantages does it offer over standard cold plates?
Compared to standard plates, it provides greater heat load handling, better flow performance, and improved structural rigidity.