Battery Tray

Product Overview Trumony liquid cold plates are core thermal exchange components independently manufactured in our 3 large-scale production bases. Supported by IATF16949 & ISO9001 quality control, we produce stamped, vacuum brazed, friction stir welded and microchannel cold plates with 3003/6061 aluminum, copper and stainless steel raw materials. Our liquid cooling plates deliver 3–5x higher heat dissipation than air cooling, control temperature difference within 3–5℃ and

Product Overview Industrial high-power cooling plates are custom-engineered for high-heat industrial equipment and power electronic devices. Adopting high-precision CNC machining and embedded copper tube technology, this product features ultra-high thermal conductivity and stable fluid circulation performance. It provides efficient and consistent liquid cooling for IGBT modules, frequency converters, laser equipment and molds during long-term high-load operation, ensuring

Product Overview Trumony liquid cold plates are core thermal exchange components independently manufactured in our 3 large-scale production bases. Supported by IATF16949 & ISO9001 quality control, we produce stamped, vacuum brazed, friction stir welded and microchannel cold plates with 3003/6061 aluminum, copper and stainless steel raw materials. Our liquid cooling plates deliver 3–5x higher heat dissipation than air cooling, control temperature difference within 3–5℃ and

Product Overview Our Liquid Cooling Plates (LCPs) are precision-engineered thermal management components designed for electric vehicle battery packs and stationary energy storage systems. We offer two proven technologies: Stamped Brazed plates with intricate flow networks for superior heat distribution, and Serpentine Tube designs optimized for cylindrical cell geometries. Both configurations deliver exceptional cooling efficiency, structural durability, and leak-tight

1. Product Overview Our serpentine tube liquid cold plate is a lightweight thermal solution exclusively designed for cylindrical lithium cell packs including 18650, 2170, 4680 and 4695 formats. This liquid cold plate adopts continuous integrated serpentine loop tubing embedded in an aluminum base plate, delivering consistent coolant flow with simplified manufacturing and remarkable lightweight advantages compared to conventional tube cooling structures. Perfect for two

Product Overview Our Liquid Cooling Plates (LCPs) are precision-engineered thermal management components designed for electric vehicle battery packs and stationary energy storage systems. We offer two proven technologies: Stamped Brazed plates with intricate flow networks for superior heat distribution, and Serpentine Tube designs optimized for cylindrical cell geometries. Both configurations deliver exceptional cooling efficiency, structural durability, and leak-tight

Product Overview Our Liquid Cooling Plates (LCPs) are precision-engineered thermal management components designed for electric vehicle battery packs and stationary energy storage systems. We offer two proven technologies: Stamped Brazed plates with intricate flow networks for superior heat distribution, and Serpentine Tube designs optimized for cylindrical cell geometries. Both configurations deliver exceptional cooling efficiency, structural durability, and leak-tight

Product Overview Our Liquid Cooling Plates (LCPs) are specifically engineered for EV battery packs and energy storage systems, available in two mainstream configurations: Stamped Brazed and Serpentine Tube. The Stamped Brazed type features complex flow channel design and exceptional temperature uniformity (∆T ≤ 2°C), making it the ideal choice for highly integrated CTP/CTC architectures. The Serpentine Tube type offers lightweight construction and low flow resistance,

Product Overview Our Liquid Cooling Plates (LCPs) are specifically engineered for EV battery packs and energy storage systems, available in two mainstream configurations: Stamped Brazed and Serpentine Tube. The Stamped Brazed type features complex flow channel design and exceptional temperature uniformity (∆T ≤ 2°C), making it the ideal choice for highly integrated CTP/CTC architectures. The Serpentine Tube type offers lightweight construction and low flow resistance,

Product Overview Engineered for the rigorous thermal demands of North American electrification, our liquid cold plates utilize aerospace-grade 3003 aluminum alloy. Through advanced stamping and continuous brazing technologies, we deliver a leak-proof, lightweight solution that maximizes heat dissipation for prismatic and cylindrical cells. This cooling plate ensures uniform temperature distribution across your battery pack, eliminating hotspots that degrade battery life.

Product Overview Engineered for the rigorous thermal demands of North American electrification, our liquid cold plates utilize aerospace-grade 3003 aluminum alloy. Through advanced stamping and continuous brazing technologies, we deliver a leak-proof, lightweight solution that maximizes heat dissipation for prismatic and cylindrical cells. This cooling plate ensures uniform temperature distribution across your battery pack, eliminating hotspots that degrade battery life.

Product Overview Engineered for the rigorous thermal demands of North American electrification, our liquid cold plates utilize aerospace-grade 3003 aluminum alloy. Through advanced stamping and continuous brazing technologies, we deliver a leak-proof, lightweight solution that maximizes heat dissipation for prismatic and cylindrical cells. This cooling plate ensures uniform temperature distribution across your battery pack, eliminating hotspots that degrade battery life.

Product Overview Trumony Aluminum's Liquid Cold Plate is engineered for the precise thermal management needs of modern Battery Energy Storage Systems. We utilize high-precision progressive die stamping to form complex flow channel geometries directly from high-quality 3003 aluminum sheet, ensuring consistent depth, flatness, and surface quality for maximum contact with battery modules. The cooling circuit is then sealed using a proprietary, flux-free joining process that

Product Overview Trumony Aluminum's Liquid Cold Plate is engineered for the precise thermal management needs of modern Battery Energy Storage Systems. We utilize high-precision progressive die stamping to form complex flow channel geometries directly from high-quality 3003 aluminum sheet, ensuring consistent depth, flatness, and surface quality for maximum contact with battery modules. The cooling circuit is then sealed using a proprietary, flux-free joining process that

Product Overview Engineered by Trumony Aluminum Limited, this Battery Pack Lower Enclosure adopts a multi-process aluminum manufacturing approach that prioritizes production efficiency and consistent quality. Instead of conventional steel welding or expensive full-machining, we utilize high-precision stamping for the main tray structure, followed by a vacuum brazing process to create a leak-proof, integrated liquid cooling plate. Self-piercing riveting (SPR) is employed to

Product Overview Engineered by Trumony Aluminum Limited, this Battery Pack Lower Enclosure adopts a multi-process aluminum manufacturing approach that prioritizes production efficiency and consistent quality. Instead of conventional steel welding or expensive full-machining, we utilize high-precision stamping for the main tray structure, followed by a vacuum brazing process to create a leak-proof, integrated liquid cooling plate. Self-piercing riveting (SPR) is employed to

Product Overview Engineered by Trumony Aluminum Limited, this Battery Pack Lower Enclosure adopts a multi-process aluminum manufacturing approach that prioritizes production efficiency and consistent quality. Instead of conventional steel welding or expensive full-machining, we utilize high-precision stamping for the main tray structure, followed by a vacuum brazing process to create a leak-proof, integrated liquid cooling plate. Self-piercing riveting (SPR) is employed to

Product Overview This liquid cold plate is specially developed for energy storage systems (ESS) to deliver stable and efficient thermal management for large‑capacity battery packs. By maintaining consistent operating temperatures and minimizing hotspots, it effectively improves battery safety, extends cycle life, and enhances the overall stability of energy storage systems. Made of high‑quality aluminum alloy with reliable vacuum brazing technology, it features strong

Product Overview Our high-performance liquid cold plate is engineered to deliver superior thermal management for EV power battery packs , ensuring optimal temperature control, extended battery life, and enhanced driving safety. Designed with advanced stamped and brazed aluminum structure, it provides exceptional heat dissipation, uniform temperature distribution, and outstanding pressure resistance—effectively eliminating hotspots and stabilizing battery performance even

Product Overview This liquid cooling plate is specially designed for energy storage battery packs. Made of high-quality aluminum alloy for excellent heat conductivity, it is precisely matched to 1P48S configuration and 314 cells, while the integrated steel frame enhances structural stability and load-bearing capacity. It efficiently dissipates heat to maintain stable battery temperature, ensuring long-term reliable operation of energy storage systems. Liquid cold plates have