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
Features
Customizable Design: Support personalized customization of shape (T-shaped, I-shaped, double-sided), size, channel structure and surface treatment according to customer's specific heat dissipation needs and installation space
Enhanced Thermal Conductivity: Embedded copper tube design combines the lightweight advantage of aluminum with the superior thermal conductivity of copper, realizing faster heat transfer and meeting the cooling needs of high-power components
Precision Manufacturing: Adopts CNC machining and vacuum brazing technology, with high dimensional accuracy (tolerance ±1%) and tight sealing, no leakage, ensuring long-term stable operation in harsh environments
Wide Temperature Adaptability: Can work stably in the temperature range of -40℃ to 120℃, suitable for extreme working environments such as automotive and industrial fields
Applications
Electric Vehicles (EVs): Battery packs, motor controllers, IGBT modules, and on-board charging equipment, helping to prolong battery life and enhance vehicle performance
Industrial Equipment: High-power laser systems, hydraulic equipment, power electronics, and renewable energy system components (solar, wind energy)
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
Features
Customizable Design: Support personalized customization of shape (T-shaped, I-shaped, double-sided), size, channel structure and surface treatment according to customer's specific heat dissipation needs and installation space
Enhanced Thermal Conductivity: Embedded copper tube design combines the lightweight advantage of aluminum with the superior thermal conductivity of copper, realizing faster heat transfer and meeting the cooling needs of high-power components
Precision Manufacturing: Adopts CNC machining and vacuum brazing technology, with high dimensional accuracy (tolerance ±1%) and tight sealing, no leakage, ensuring long-term stable operation in harsh environments
Wide Temperature Adaptability: Can work stably in the temperature range of -40℃ to 120℃, suitable for extreme working environments such as automotive and industrial fields
Applications
Electric Vehicles (EVs): Battery packs, motor controllers, IGBT modules, and on-board charging equipment, helping to prolong battery life and enhance vehicle performance
Industrial Equipment: High-power laser systems, hydraulic equipment, power electronics, and renewable energy system components (solar, wind energy)