Aluminum 3003 Brazed Cold Plate for EV Battery Thermal Management

Name: "Aluminum 3003 Brazed Cold Plate for EV Battery Thermal Management"
Rating: 5 (232 reviews)

Quantity:

SKU: 130835391X

Model: TR-20260221

Product Details

Brazed Cold Plate for Electric Vehicle Battery Thermal Management

Precision brazed construction for leak-free performance

Our brazed cold plate is engineered for demanding EV battery cooling applications. Constructed from Aluminum 3003, it offers excellent thermal conductivity and corrosion resistance. The brazing process ensures a strong, leak-tight seal, critical for long-term reliability in automotive use. This cold plate is available in custom dimensions to fit various battery pack layouts, supporting efficient heat dissipation.

Key Selling Points

Aluminum 3003 Material: Provides superior thermal conductivity and corrosion resistance, ensuring efficient cooling and durability.
Brazed Construction: Creates a robust, leak-proof structure, enhancing reliability and extending service life.
Customizable Dimensions: We can produce sizes like 1298x616x7.7mm to match specific battery pack designs.
Automotive OEM Compatibility: Designed for integration into EV battery systems, meeting stringent performance requirements.
Proven in Field: A customer in Vietnam used 60,000 units for battery pack cooling with stable operation over 20 years.

Parameter	Value
Material	Aluminum Alloy 3003
Cooling Efficiency	Customized
Thickness	Customized (e.g., 7.7mm)
Manufacturing	Brazing
Application	EV Battery Thermal Management

Models and Options

We offer a range of sizes based on customer specifications. Examples include:

Size	Thickness	Application
1298mm x 616mm	7.7mm	EV battery pack
1545mm x 589mm	Custom	Large format battery
Other custom sizes	On request	Fit specific layouts

Materials and Structure

The cold plate is made from Aluminum 3003, known for its excellent workability and corrosion resistance. The brazed construction forms a series of internal channels through which coolant flows, ensuring uniform heat transfer. The robust structure withstands high pressures and thermal cycling.

Applications

Electric Vehicle (EV) Battery Packs
Energy Storage Systems (ESS)
Powertrain Cooling
Engineering Equipment

Customization

We can customize the cooling efficiency and thickness according to your thermal requirements. Additionally, dimensions and port locations can be adapted to your system design.