customizable ev battery cold plate
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Kühlplatte für Akkupack
Product Description This customized high-power aluminum cooling cold plate is specially developed for high-heat-flux scenarios such as electric vehicles (EVs) and industrial high-power equipment. The cold plate is manufactured through precision CNC machining and vacuum brazing technology, ensuring tight sealing and efficient heat transfer, which can stably control the temperature of high-power components (such as EV batteries, IGBT modules) within the safe operating range
Aluminium-Flüssigkeitskühlplatte mit Mikrokanalabbau für Batteriekühlsystem
Product Details Place of Origin China Brand Name Trumony Certification ISO9001, IATF16949 Model Number RR-050904 Core Process Brazing, CNC Machining, Extrusion Shape Customized Warranty 15 Year Surface Treatment Polishment Product Overview Introduction: Our Aluminum Micro-Channel Liquid Cooling Plate for Battery Cooling Systems is a highly efficient thermal management solution specifically designed for modern energy storage and EV battery applications. It integrates advanced
Speziell gestempelte Aluminium-Flüssigkühlplatte mit kontinuierlichem Brazen für Energiespeicherung und IGBT-Wärmemanagement
Product Overview Trumony specializes in high-volume production of stamped aluminum liquid cooling plates, utilizing advanced continuous brazing technology. Our plates are engineered for critical thermal management in electric vehicle battery packs, grid-scale energy storage systems, and high-power IGBT modules. By leveraging precision stamping and automated continuous braze furnaces, we achieve exceptional channel consistency, weld integrity, and cost efficiency at scale. As
3003 Aluminium-Flüssigkühlplatte mit Präzisionsstempelbrazing für Hochleistungsgeräte
Products introduction: Our liquid cooling plate is precision manufactured with 3003 aluminum alloy and advanced stamping brazing technology, designed to provide efficient heat dissipation for a wide range of high-power electronic devices and industrial equipment. As a core heat dissipation component, it features a sealed internal channel network that allows cooling liquid to flow smoothly, quickly absorbing and transferring heat to maintain the optimal operating temperature
