Liquid Cold Plate

Heat Sink of Lithium Ion Battery Cooling System Aluminum Water Cooling Plate The role of cooling plate is to keep maximum lithium-ion battery and optimum performance. We are aluminum manufacturer, it’s one of our biggest advantages to provide aluminum based cooling components for EV battery. We have strict quality control system with certificated TS 16949. As rich experienced and good communication, we have good reputation in clients. Features: *Design options: 1) Punching

EV Battery Cooling System Solution With Aluminum Extrusion Cooling Ribbon Tube Aluminum Extrusion Cooling Ribbon The aluminum cooling ribbon also called liquid cooling tube for EV or water cooling serpentine tube for ESS. They are made by extrusion process and welded the both side of manifolds tube & inlet & outlet. As we'll known that it will release the heat of the battery module when we drive the electirc vehicle , it will generate the thermal runway if without good

Product Overview Trumony lightweight aluminum liquid cold plates adopt mature roll bond stamping and precision microchannel processing technology, specially developed for mass new energy and computing thermal management projects. Made of lightweight anti-corrosion aluminum alloy, our liquid cold plates deliver remarkable heat exchange efficiency while controlling overall weight, 3–5 times better cooling capacity than air cooling and limiting full-plate temperature difference

Product Overview Trumony low thermal resistance liquid cold plates are high-end customized thermal management solutions engineered for ultra-stable, high-load industrial cooling scenarios. Manufactured with premium-grade aluminum alloys and advanced friction stir welding and vacuum brazing technologies, our cooling plates feature ultra-low heat resistance, uniform fluid flow, and 100% leak-free performance. Designed to replace inefficient air cooling systems, our liquid cold

Product Overview Trumony custom aluminum liquid cold plates are core thermal exchange components independently developed and mass-produced by our Suzhou factory, certified by IATF 16949 & ISO9001. We adopt stamped roll-bond, vacuum brazing, friction stir welding and micro-channel molding processes, supporting full OEM & ODM customization for EV battery packs, energy storage systems, power inverters and high-power electronics. Compared with air cooling, our liquid cold plates

Product Overview The ultra-thin precision cooling plate is a miniaturized and lightweight thermal management solution developed for compact electronic devices. With ultra-thin integrated molding technology, the product is small in size, light in weight and high in integration, which can perfectly adapt to the narrow internal space of precision electronic equipment. It efficiently dissipates local concentrated heat of chips, CPUs and precision components, avoids performance

Product Overview The battery cooling plate is the core component of new energy vehicle battery packs and energy storage system thermal management. Adopting automotive-grade aluminum alloy materials and precision integrated flow channel design, it quickly takes away cumulative heat during battery charging and discharging, effectively suppresses thermal runaway, and maintains consistent temperature of the entire battery module. This cooling plate balances ultra-high heat

Product Overview Our integrated liquid cold plate is an all-in-one thermal management component combining stamping, brazing and integrated flow manifold design. This liquid cold plate integrates inlet/outlet ports, flow channels and heat dissipation substrate into a single sealed unit, eliminating extra connecting pipelines and reducing overall pack assembly complexity. Compatible with prismatic, pouch, blade and partial large cylindrical cells, this liquid cold plate is

Product Overview Our stamped brazed liquid cold plate is a premium thermal cooling component engineered for new energy vehicle packs and grid energy storage systems. Fabricated via precision aluminum stamping + controlled atmosphere vacuum brazing, this liquid cold plate delivers ultra-even heat dissipation to eliminate battery hotspots, extending cell cycle life and improving pack safety. Built to fit prismatic, pouch and blade lithium cells, this cold plate supports fully

Product Overview This stamped liquid cold plate is purpose-built for the thermal challenges of next-generation battery systems. Fabricated from 3003 aluminum alloy and sealed through continuous controlled-atmosphere brazing, it delivers exceptional heat dissipation, long-term leak integrity, and structural durability in a lightweight package. The plate’s stamped channel geometry is engineered to maintain cell-to-cell temperature uniformity within ±2°C, a critical threshold

Product Overview Aluminum's liquid cold plate is a production-optimized thermal component engineered to meet the demanding requirements of today's utility-scale and commercial battery energy storage projects. The core of our design philosophy is simple: deliver consistent, measurable thermal performance at a cost structure that works for high-volume BESS deployment. We achieve this by precision-stamping flow channel geometry into 3003 aluminum sheet, a process that ensures

Product Overview Engineered for mission-critical thermal management, our high-performance Liquid Cold Plates utilize advanced vacuum brazing and continuous brazing technology to deliver unmatched heat dissipation for high-power density electronics. Designed specifically for IGBT modules, EV battery packs, server CPUs, and 5G base stations, this aluminum cold plate ensures maximum surface contact and minimal thermal resistance. Whether you are dealing with thermal runaway

Product Overview Aluminum's liquid cold plate is a production-optimized thermal component engineered to meet the demanding requirements of today's utility-scale and commercial battery energy storage projects. The core of our design philosophy is simple: deliver consistent, measurable thermal performance at a cost structure that works for high-volume BESS deployment. We achieve this by precision-stamping flow channel geometry into 3003 aluminum sheet, a process that ensures

Product Overview Trumony Aluminum's liquid cold plate combines the speed and repeatability of precision stamping with a robust, leak-proof sealing technology to deliver a cost-effective thermal solution for battery packs. Flow channels are stamped directly into 3003 aluminum sheet, ensuring uniform flatness and a consistent interface for battery module cooling. The sealing process uses a flux-free solid-state bond that eliminates gaskets and weld-related leak risks, verified

Product Overview Engineered for mission-critical thermal management, our high-performance Liquid Cold Plates utilize advanced vacuum brazing and continuous brazing technology to deliver unmatched heat dissipation for high-power density electronics. Designed specifically for IGBT modules, EV battery packs, server CPUs, and 5G base stations, this aluminum cold plate ensures maximum surface contact and minimal thermal resistance. Whether you are dealing with thermal runaway

Product Overview Aluminum's liquid cold plate is a production-optimized thermal component engineered to meet the demanding requirements of today's utility-scale and commercial battery energy storage projects. The core of our design philosophy is simple: deliver consistent, measurable thermal performance at a cost structure that works for high-volume BESS deployment. We achieve this by precision-stamping flow channel geometry into 3003 aluminum sheet, a process that ensures

Product Overview Trumony Aluminum Limited supplies high-performance liquid cooling plates for battery modules in commercial and utility-scale energy storage. We combine progressive die stamping and controlled atmosphere vacuum brazing to deliver thermally efficient, leak-proof plates that are ideal for volume production. Flow channels are precision-stamped into 3003 aluminum sheet, ensuring consistent geometry and flatness for optimal cell contact. The stamping route provides

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 Trumony designs and mass-produces stamped aluminum liquid cooling plates sealed by continuous brazing, offering an ideal balance of thermal performance, cost efficiency, and production scalability. As an in-house factory, we deliver fully customized solutions — from initial concept and flow channel design to prototype validation and high-volume delivery — all within one streamlined workflow. Our plates keep battery packs and power electronics within safe