Aluminum Alloy Liquid Cooling Plate Manufacturers Supplier Factory

Aluminum Alloy Liquid Cooling Plate

Product Highlights

High thermal conductivity aluminum alloy design helps dissipate heat efficiently for stable equipment performance
Lightweight structure reduces overall system weight while maintaining strong mechanical durability
Precision liquid flow channels improve cooling uniformity across high-heat-density components
Corrosion-resistant surface treatment supports long-term reliability in demanding environments
Customizable size, thickness, and port layout for OEM and ODM integration needs
Ideal for battery packs, power electronics, EV systems, and energy storage cooling applications
Excellent sealing performance helps reduce leakage risk and improves operational safety
Supports efficient thermal management to extend component lifespan and enhance system stability

Products Details

application	Refrigeration Parts
type	Refrigeration Compressor Parts
machinery test report	Provided
video outgoing-inspection	Provided
weight (kg)	4.5
Material	Aluminum
Cooling method	Liquid Cooling
Joining method	Brazing or welding or others
Surface finish	Mill finish or anodization
Coolant	Deionized Water,Inhibited Glycol and Water,Dielectric fluid

Aluminum Alloy Liquid Cooling Plate

FAQ

1. What is an aluminum alloy liquid cooling plate?
An aluminum alloy liquid cooling plate is a thermal management component that uses liquid circulation to remove heat from batteries, electronics, and other high-power systems.

2. What are the main benefits of an aluminum alloy liquid cooling plate?
The main benefits of an aluminum alloy liquid cooling plate include high heat dissipation, lightweight construction, corrosion resistance, and stable liquid cooling performance.

3. Where is an aluminum alloy liquid cooling plate used?
An aluminum alloy liquid cooling plate is widely used in EV battery packs, energy storage systems, power electronics, inverters, and industrial cooling applications.

4. Why choose aluminum alloy for a liquid cooling plate?
Aluminum alloy is preferred for a liquid cooling plate because it combines good thermal conductivity, low weight, machinability, and cost-effective thermal management.

5. Can the aluminum alloy liquid cooling plate be customized?
Yes, the aluminum alloy liquid cooling plate can be customized for dimensions, channel design, port position, surface treatment, and application-specific requirements.

6. Is the liquid cooling plate suitable for battery cooling?
Yes, the liquid cooling plate is suitable for battery cooling and helps control temperature, improve battery safety, and support longer service life.

7. How does a liquid cooling plate improve thermal management?
A liquid cooling plate improves thermal management by transferring heat away from hot components through circulating coolant, helping maintain stable operating temperatures.

8. Does the aluminum alloy liquid cooling plate support OEM and ODM projects?
Yes, the aluminum alloy liquid cooling plate supports OEM and ODM customization for manufacturers needing tailored thermal solutions.

9. What industries need an aluminum alloy liquid cooling plate?
Industries that need an aluminum alloy liquid cooling plate include electric vehicles, renewable energy storage, telecommunications, industrial equipment, and power conversion systems.

10. Is the aluminum alloy liquid cooling plate durable for long-term use?
Yes, the aluminum alloy liquid cooling plate is designed for long-term use with strong structure, reliable sealing, and corrosion-resistant performance in demanding environments.