Product Summary

Trumony Aluminum Limited offers an electric vehicle cooling plate (model TR-20260224) designed for efficient battery thermal management. Made from Aluminum 3003, this EV battery cooling plate delivers reliable performance for Engineering, EV, ESS, and Powertrain industries. Backed by a 100,000 m² factory and 220 employees, our EV battery cold plate is customizable in cooling efficiency and thickness to meet your specific requirements. With 25 R&D engineers and lean production management, we ensure high-quality liquid cooling components exported to 56 countries.

Key Selling Points

• Aluminum 3003 material: Provides excellent thermal conductivity and corrosion resistance, ensuring long-lasting EV battery cooling plate performance.
• Customizable cooling efficiency: Tailor the cooling performance to your battery pack's thermal management needs, optimizing energy efficiency and extending battery life.
• Customizable thickness: Adapt to space constraints and design requirements, making it suitable for diverse EV battery cooling applications.
• Advanced manufacturing: Produced in a 100,000 m² factory with ISO9001 and TS16949 certified quality management systems, ensuring consistent quality.
• Proven track record: Trusted by automotive OEMs in Germany and Vietnam for battery pack cooling solutions, with stable operation over years.

Technical Specifications

Models and Options

• Model TR-20260224 is available with customizable cooling efficiency and thickness.
• Variants for different battery pack sizes (e.g., blade battery cold plate, battery module cold plate) can be developed based on customer requirements.

Materials and Structure

This EV battery cooling plate is made of Aluminum 3003, a well-known aluminum alloy for good thermal conductivity and formability. The structure can include stamped panels, brazed lines, and tube designs to integrate seamlessly into battery cooling systems.

Applications

Customization

We offer tailored solutions for cooling efficiency, thickness, and dimensions to match your battery thermal management requirements. Our R&D team (25 engineers) can assist with design and liquid cooling system development.

Case Study

Automotive OEM in Germany: 2,000 units applied in a paint shop, with 2 years stable operation and low noise. Automotive OEM in Vietnam: 60,000 units used for battery pack cooling, with 20 years of stable operation and cost-effective, high-quality performance.

FAQ

Inquiry Information

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