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heat exchanger 3003 aluminum plate

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Qualité Plat froid en aluminium de cellules prismatiques pour l'automobile de New Energy Usine

Plat froid en aluminium de cellules prismatiques pour l'automobile de New Energy

Prismatic Cells Aluminum Liquid Cold Plate For New Energy Automobile Prismatic Cells Aluminum Liquid Cold Plate For New Energy Automobile are made by vacuum brazing process. Aluminum cold plate structure is including upplate , downplate , inlet and outlet . the flow channel inside. The aluminum plate are widely used for prismatic cells and ponch cell. If you EV battery is cylindrical cells, we will suggest the aluminum micro channel cooling snake tube. it is suitable for

Qualité Les pièces de rechange automatiques en aluminium thermique l'aileron d'échange pour le radiateur de refroidissement de condensateur Usine

Les pièces de rechange automatiques en aluminium thermique l'aileron d'échange pour le radiateur de refroidissement de condensateur

Aluminum Auto Spare Parts Heat Exchange Fin For Cooling Condenser Radiator Specification: Various size as customer's requirements Material: 3003 and other series aluminum alloy Surface treatment: anodizing, polishing, turning, power coating, mill finish etc Design: OEM, ODM, or design by ourselves Equipment: CNC ,extruding machine, cold drawn machine, heating oven, straightening machine, cutting machine Our advantage Since 2004, we have rich experience in this industry in

Qualité Plaque froide liquide à haute efficacité en aluminium 3003, uniformité de 5 °C pour batteries Li-Ion Usine

Plaque froide liquide à haute efficacité en aluminium 3003, uniformité de 5 °C pour batteries Li-Ion

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.

Qualité Plaque froide liquide haute performance 3003 aluminium avec brasage continu Usine

Plaque froide liquide haute performance 3003 aluminium avec brasage continu

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.

Qualité Plaque froide liquide en aluminium 3003 personnalisée pour la gestion thermique des batteries Usine

Plaque froide liquide en aluminium 3003 personnalisée pour la gestion thermique des batteries

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.

Qualité Plaque de refroidissement liquide de brasage à l'emboutissage 3003 alliage d'aluminium pour automobile électrique Usine

Plaque de refroidissement liquide de brasage à l'emboutissage 3003 alliage d'aluminium pour automobile électrique

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

Qualité Plaque de refroidissement liquide de brasage d'estampage à haute efficacité en alliage d'aluminium 3003 pour équipement électronique Usine

Plaque de refroidissement liquide de brasage d'estampage à haute efficacité en alliage d'aluminium 3003 pour équipement électronique

Products introduction: As a professional manufacturer of heat dissipation components, we proudly present our 3003 aluminum liquid cooling plate, crafted through advanced stamping brazing technology to deliver superior heat dissipation performance for high-demand applications. Unlike ordinary cooling solutions, our liquid cooling plate integrates the excellent properties of 3003 aluminum alloy with the precision of stamping brazing, ensuring consistent performance, long-term

Qualité 3003 Plaque de refroidissement liquide en aluminium avec brasage par imprimage de précision pour la dissipation thermique des appareils à haute puissance Usine

3003 Plaque de refroidissement liquide en aluminium avec brasage par imprimage de précision pour la dissipation thermique des appareils à haute puissance

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

Qualité Plaque de refroidissement liquide en aluminium 3003 de haute qualité avec procédé de brasage par imprimante Usine

Plaque de refroidissement liquide en aluminium 3003 de haute qualité avec procédé de brasage par imprimante

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