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Home > Aluminum Water Cooling Plate For New Energy Manufacturer
Aluminum Water Cooling Plate For New Energy
Aluminum Water Cooling Plate For New Energy Product
Customization Capabilities
We offer fully tailored aluminum water cooling plates engineered for new energy applications, delivering effective thermal control and design flexibility.
- Alloy Material: Options include 3003, 3003MOD, or composite brazed alloys such as 3003/4045, 3003MOD/4343
- Thickness: Typically 0.8 mm to 4 mm, or as required
- Plate Dimensions: Customizable length and width to fit EV battery modules, energy storage systems, or related equipment
- Internal Channel Structure: Flow paths designed as serpentine, micro-channels, or stamped patterns per cooling requirement
- Sealing Process: Options include vacuum brazing, stamping with brazing, friction stir welding, and more
- Surface Treatment: Mill finish, anodizing, painting, or custom coating options available
- Pressure Performance: Capable of withstanding typical system pressures, with low-leak integrity testing
- Quality Standards: Production processes compliant with IATF16949, ISO9001, ISO14001, ISO45001 levels
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Why Partner with Sinoextrud for Your Aluminum Water Cooling Plate For New Energy Needs?
We are more than just an aluminum profile supplier — we’re your efficient, reliable, long-term partner.
With Us, You Get:Faster turnaround，Stable quality，Competitive pricing，End-to-end support.
Large-Scale Manufacturing：Our factory spans 1,000 mu (about 667,000 m²), with full in-house capabilities from aluminum smelting and billet casting to extrusion, surface treatment, and CNC machining.
One-Stop Solution：With 43 extrusion lines (500–5500 tons) and a dedicated mold partner, we provide fast production, custom profiles, and integrated services to simplify your supply chain.
Quality You Can Trust：Strict quality control ensures consistent dimensions, strength, and finish, reducing your risk and increasing reliability.
Fast Delivery & Cost Efficiency：Self-produced billets, in-house processing, and batch production mean faster lead times and lower overall costs.
Advanced Finishing Options：Anodizing and both vertical and horizontal powder coating lines deliver durable, high-quality surface finishes tailored to your product needs.
Factory Overview
Furnace workshop
Aluminum bar production
Mold Warehouse
500-5500 Tons Extruder
Spraying workshop
Anodizing workshop
Deep Processing Workshop
CNC Machining Workshop
Finished goods warehouse
Finished goods warehouse
Finished goods warehouse
Export warehouse
5500 Ton Extrusion Press
Aluminum extrusion press
Large Aluminum Extrusion Line
Aluminum extrusion production line
Extrusion workshop
IATF 16949 Certification
TUV
Finished goods warehouse
Export warehouse
-Standard Packing Option-
* Long bar length profiles 3.0-6.0 meters*
Protective Film
Shrink Sleeve
Brown Paper
Craft Paper
* Short bar length profiles 0.3-3.0 meters*
EPE Foam
Poly Bag
Wooden Crate
Wooden Case
-Loading & Shipment-
Pallet Loading
Bulk Loading
LCL Loading
Expedited Express
STEPS
How to work with us
Sample & Test
Creating a prototype to assess dimensions and ensure the mold's precision aligns with the requirements.
Extrude & Finish
Producing the aluminum profile with pinpoint accuracy to the given specifications and applying desired finishes.
Pack & Deliver
Tailored packaging for the extruded profiles, ensuring safe and efficient loading for prompt delivery.
Aluminum Water Cooling Plate For New Energy-FAQ's
What alloys are used for the water cooling plate?
We use 3003, 3003MOD, or high-performance composite brazed alloys like 3003/4045 and 3003MOD/4343.
What thickness range is available?
Standard range is 0.8 mm to 4 mm, though it can be customized to meet structural or thermal needs.
Can dimensions be customized?
Yes, we tailor length and width to fit specific EV battery packs, ESS modules, or power electronics assemblies.
What internal channel options exist?
We support serpentine, micro-channel, or stamped flow design per thermal optimization requirements.
How is leakage prevented?
Sealing is achieved through robust processes including vacuum brazing and precision welding, with leak testing included.
What surface finishes can be applied?
Available finishes include mill finish, anodizing, painting, or custom coatings per customer preference.
What quality standards are followed?
Manufacturing adheres to automotive-grade standards such as IATF16949 and ISO9001, ensuring consistent performance.
Is engineering support available?
Yes, we offer design assistance, thermal simulation support, and prototyping services to meet development needs.
What is the typical lead time?
Lead time varies with complexity; samples typically ready within approximately three weeks, full production subject to order scale.
What are the pressure performance characteristics?
Plates are designed to withstand working pressures up to typical automotive coolant system pressures with tight safety margins.
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Sinoextrud: Your Aluminum Water Cooling Plate For New Energy Manufacturer
Aluminum water cooling plates for new energy applications offer an ideal combination of high thermal conductivity, low weight, and corrosion resistance-critical for efficient battery and power electronics cooling. Their design ensures effective heat removal, especially in confined spaces of electric vehicles and energy storage systems.
Internal flow channels-such as serpentine, micro-channel, or stamped pathways-maximize heat exchange while maintaining low profile. Plate sealing methods like brazing or precision welding provide minimal leak risk and high mechanical stability. These plates enable localized cooling control, improving thermal uniformity and system reliability.
Manufactured under stringent quality standards such as IATF16949 and ISO9001, our cooling plates pass rigorous flatness, leak detection, and performance tests. Surface treatments-ranging from mill finishes to custom coatings-enhance durability and integration compatibility with diverse system architectures.
With tailored dimensioning and engineering support, we help integrate these cooling plates into advanced new energy platforms-from EV battery modules to ESS units-with consistent delivery and high production efficiency.