aluminum cooling plates stamping
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電動車用バッテリーパック用のスタンプ付き溶接液体冷板
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
3003アルミニウム シートOEMを陽極酸化する新しいエネルギー車
Battery Solutions New Energy Car 3003 Aluminum Cooling Plate 1. Product Introduction: We Trumony are specializing in supplying the Aluminum cooling plate which is widely used for Battery Solutions New Energy Car.It is made by aluminum plate,the regular alloy is 3003/3102,other alloys can be customized as per customers' request as well. We're able to assist in design for many channel type and different sizes. Mounting holes can also be made by us. What's more, we have our own
バッテリー熱管理用の電気自動車用アルミニウムサーペンタインヒートチューブ
Aluminum Serpentine Heat Tube for Battery Thermal Management Aluminum serpentine heat tube is widely used in different range of heat exchange, such as energy automobile/vehicle, energy storage system, soaking plate, temperature uniforming plate, solar panel. solar energy collector. Extrusion YES own mold centre CNC YES own CNC centre Stamping YES max 1.6*2.3m Brazing YES auto brazing line Features: *Design options: 1) Punching cooling plate It used for prismatic cells and
電灯のトラックBEVのための液体の基づいた電池のリボン
Electric Light Truck Battery Packs Cooling Channel System Liquid-Based Battery Ribbon Cooler Heat Exchanger The aluminum micro channel cooling ribbon for 18650 abttery pack ,it is deisgned for small battery module just 24 cells. We make the snake tube through aluminum extrusion process ,bending and snake-shaping .Like Tesla Model S / Model X, they use the similar aluminum cooling tube for the thermal management system . Obiviously , it achieve good performance and stable heat
