Adjustable Speed Vacuum Brazing Water Cooling Plate Battery Pack Heatsink Custom Liquid Cold Plate
Designed for high-efficiency thermal control, our custom liquid cold plates use adjustable speed vacuum brazing to optimize heat dissipation in high-power systems. Leveraging convective heat transfer, these plates circulate coolant (water/antifreeze) through precision channels to absorb and expel heat from components like EV battery packs and data center servers.
Core Features
- Heat Transfer: Coolant flows through internal channels to absorb heat from contact surfaces, with adjustable speed systems enhancing efficiency.
- Materials: Aluminum (lightweight, cost-effective) for most uses; copper (high conductivity) for extreme heat needs. Vacuum brazing ensures robust thermal bonding.
Design & Manufacturing
- Precision Machining: CNC technology creates complex channel geometries (circular/rectangular) to optimize coolant flow and heat extraction.
- Surface Treatment: Anodizing protects aluminum plates from corrosion; polishing reduces thermal resistance for better component contact.
Key Applications
- EV Battery Packs: Maintains optimal temperatures during charging/discharging, enhancing battery life and safety.
- Data Centers: Cools high-performance servers to prevent overheating and system failures.
- Industrial Electronics: Supports power modules in harsh environments, ensuring continuous operation.
- Photovoltaics: Manages heat in inverters to boost solar energy conversion efficiency.
Custom Solutions
- OEM Services: Tailor dimensions, channel designs, and mounting holes for unique applications.
- Free Thermal Design: Expert engineers use simulation software to create efficient cooling solutions for your specific heat sources.
- One-Stop Service: From design to vacuum brazing and testing, delivering reliable, high-quality cold plates for diverse industries.
Adjustable Speed Vacuum Brazing Liquid Cold Plates: Engineered for precision cooling in battery packs and high-power systems, ensuring performance and reliability.
