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Dual-Inlet & Dual-Outlet Cold Plate High-Efficiency Liquid Cooling Plate
Product Details:
| Place of Origin: | Dongguan，Guangdong,China |
| Brand Name: | UCHI |
| Certification: | UL.VDE,SGS,REACH,CQC,CSA.ISO.ROHS,CUL |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1000PCS |
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| Price: | Negotiable |
| Packaging Details: | Bulk |
| Delivery Time: | 5-7 days |
| Payment Terms: | T/T,Paypal,Western Union, |
| Supply Ability: | 5000,000,000PCS Per Month |
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Detail Information |
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| Grade: | 1000 Series | Application: | Electronics Cooling, Industrial Equipment |
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| Conducting Power: | 500 W | Surface Finish: | Mill Finish Or Anodization |
| Packing: | PE Bag Carton | Heat Conducting Power: | 58W |
| Color: | Customized Color | Materials: | Copper + Aluminum Alloy |
| Alloy Or Not: | Non-Alloy | Tolerance: | ±1% |
| Coolingmethod: | Liquid Cooling | Heat Dissipation Power: | ≥ 100W |
| Mountingoptions: | Screw Holes Or Adhesive Pads | ||
| Highlight: | Dual-Inlet Dual-Outlet Liquid Cooling Plate,High-Efficiency Cold Plate Liquid Cooling,Dual-Inlet Dual-Outlet Cold Plate |
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Product Description
Dual-Inlet & Dual-Outlet Cold Plate
High-Efficiency Liquid Cooling Plate | Aluminum Brazed / Friction Stir Welded Cold Plate | For High-Power Heat Sources
Designed with dual-inlet & dual-outlet structure, two independent parallel flow channels for heat exchange. Compared with conventional single-inlet single-outlet cold plates, it greatly reduces flow resistance and improves surface temperature uniformity. It is the preferred liquid cooling component for power batteries, energy storage batteries, high-power IGBTs and AI computing modules.
Product Highlights
✅ Dual-inlet & dual-outlet parallel flow channels, low flow resistance
Coolant enters simultaneously through two inlets and returns from two outlets with even flow distribution. It achieves lower pressure drop under the same cooling flow rate, reduces power consumption of circulating pumps and suits high-flow liquid cooling systems.
✅ Uniform surface temperature & stable temperature control
Large-area heat sources avoid local overheating effectively. It minimizes temperature difference across the plate, ensures consistent operating temperature for batteries / power devices, slows thermal degradation and extends equipment service life.
✅ High-strength sealing & reliable leak prevention
Adopted vacuum brazing / friction stir welding process for integrated forming with dense weld seams. Multiple ports are precision machined with excellent pressure resistance, resisting leakage during long-term operation.
✅ Optional materials, compatible with multiple fluids
Main body made of 3003 / 6061 aluminum alloy with outstanding thermal conductivity. Compatible with various heat transfer media including ethylene glycol antifreeze, pure water and dielectric coolant.
✅ Customization available
Overall dimensions, flow channel structure, port positions and inlet/outlet specifications can be custom-designed. Manifolds and gaskets are available as accessories; thermal simulation solutions can be provided.
Application Scenarios
Energy storage battery packs, new energy power batteries, high-power converters, IGBT power modules, liquid cooling for AI servers, high-power radar electronic equipment, high-power power supply cooling.
Product Specifications (Template, adjust as required)
- Material: 3003 Aluminum Alloy / 6061 Aluminum Alloy
- Forming Process: Vacuum Brazing / Friction Stir Welding / Blow Molding
- Flow Channel Type: Parallel Channel / Return Bend Channel
- Port Type: Threaded Fitting, Quick Disconnect Fitting Optional
- Working Pressure: ≤1.6MPa (High-pressure version customizable)
- Working Fluid: Ethylene Glycol Aqueous Solution, Pure Water, Dielectric Fluid
- Key Features: Low flow resistance, excellent temperature uniformity, high-power heat dissipation
Notice
This is an industrial custom product. Flow channel simulation and optimization can be carried out according to heat source size, thermal power, flow rate and pressure drop requirements. Drawings and thermal parameters are welcome. Customization based on drawings / samples is supported.
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