Aluminum 3003 Cooling Plate for Power Storage with Customizable Thickness
aluminum-3003-cooling-plate-for-power-storage-customizable-thickness
This cooling plate for power storage is manufactured from Aluminum 3003, offering a balance of thermal conductivity and corrosion resistance suitable for battery thermal management in electric vehicles and energy storage systems. The model is TR-20260223, featuring stamped construction and customizable cooling efficiency and thickness to meet specific integration requirements. The plate has been deployed in battery pack cooling systems for automotive OEMs, with a documented case of 60,000 units operating stably over 20 years.
Key Selling Points
- Aluminum 3003 Material: Utilizes Aluminum 3003, a proven alloy in heat exchange applications, ensuring reliable thermal performance for battery cooling.
- Customizable Cooling Efficiency and Thickness: Tailored to customer performance requirements, enabling optimized thermal management for diverse power storage systems.
- Stamping Construction: Employs stamping manufacturing for consistent quality and cost-effective production, as evidenced by the "STAMPING PLATE" image.
- Proven Field Performance: In a case for an automotive OEM in Vietnam, 60,000 units were supplied for battery pack cooling, achieving stable operation over 20 years with low noise and low cost.
- ISO9001 and TS16949 Quality Systems: Manufactured in facilities certified to ISO9001 and TS16949, ensuring rigorous quality control throughout production.
Technical Specifications
| Model | TR-20260223 |
| Material | Aluminum 3003 |
| Cooling Efficiency | Customized |
| Thickness | Customized |
| Manufacturing Process | Stamping |
| Applicable Industries | Engineering, EV, ESS, Powertrain |
Models and Options
Model TR-20260223 is the standard offering. Options for cooling efficiency and thickness are available upon request to match specific battery pack thermal requirements.
Materials and Structure
The plate is made of Aluminum 3003, known for its good thermal conductivity and workability. The stamped structure provides a robust and cost-effective design for cooling plate applications.
Applications
Designed for cooling power storage systems, including battery packs for electric vehicles, energy storage systems (ESS), and other high heat flux density applications in engineering and powertrain sectors.
Case Study
An automotive OEM in Vietnam sourced 60,000 units of this cooling plate for battery pack cooling. Over a 20-year period, the systems have maintained stable operation, with the customer highlighting low noise and low cost as key benefits. This demonstrates the long-term reliability of the design.
FAQ
What is the minimum order quantity for this cooling plate?
Please contact us for MOQ details as it varies by configuration and customer requirements.
Can the cooling efficiency be customized?
Yes, the cooling efficiency is customizable to meet your specific thermal management needs.
What thickness options are available?
Thickness can be tailored to your design specifications. Please provide your requirements.
Is this cooling plate suitable for EV battery packs?
Yes, it is specifically designed for battery thermal management in EVs and has been used in automotive applications.
How does the stamping process benefit the product?
Stamping ensures consistent quality, dimensional accuracy, and cost-effectiveness in mass production.
What quality certifications does the manufacturer hold?
The manufacturing facilities are certified to ISO9001 and TS16949 quality management systems.
Can you provide samples for testing?
We can discuss sample availability based on your project requirements.
Image Filename and Alt Suggestions
Image 1 Filename: tr-20260223-stamping-plate.png Alt: Aluminum 3003 cooling plate stamping plate for power storage
Image 2 Filename: tr-20260223-1298x616x7.png Alt: Cooling plate 1298x616x7mm for power storage battery
Image 3 Filename: tr-20260223-coated-plate.png Alt: Coated cooling plate aluminum 3003 for EV battery
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