Liquid cooling product including liquid cooling plate and liquid cooling tube, which is widely used for battery cooling for new energy vehicles and energy storage system,it can be made by stamping and brazing process , roll bonded process or aluminum extrusion process etc as per customized requirements.
◆High processing efficiency
◆Good welding performance
◆Large thermal transfer area
◆High tightness and strength
◆Flexible flow channel design
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Good thermal exchange effect
◆High production efficiency
◆Large thermal contact area
◆Uniform and stable welding
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Easy processing and shaping
◆Good thermal exchange effect
◆Low leak risk and high security
◆Large thermal dissipation area
◆High thermal dissipation efficiency
◆Low leakage risk and high reliability
◆Stable and high production efficiency
◆Reduce the weight of the battery pack
◆Low energy for single cylindrical battery
◆Improve the battery life and performance
◆Less pollution and environmental protection
◆Large thermal dissipation area
◆High thermal dissipation efficiency
◆Low leakage risk and high reliability
◆Stable and high production efficiency
◆Reduce the weight of the battery pack
◆Low energy for single cylindrical battery
◆Improve the battery life and performance
◆Less pollution and environmental protection
◆High production efficiency
◆Large thermal transfer area
◆Flexible flow channel design
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Easy processing and shaping
◆Good thermal exchange effect
◆Low leak risk and high reliability
◆High processing efficiency
◆Lower energy consumption
◆Large thermal transfer area
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Excellent thermal performance
◆Low leak risk and high reliability
◆Good tightness and high strength
◆High processing efficiency
◆Lower energy consumption
◆Large thermal transfer area
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Excellent thermal performance
◆Low leak risk and high reliability
◆Good tightness and high strength
◆High production efficiency
◆Large thermal contact area
◆Uniform and stable welding
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Easy processing and shaping
◆Good thermal exchange effect
◆Low leak risk and high security
◆High production efficiency
◆Large thermal transfer area
◆High performance cost ratio
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Easy processing and shaping
◆Good thermal exchange effect
◆Low leak risk and high reliability
◆High production efficiency
◆Large thermal transfer area
◆High performance cost ratio
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Easy processing and shaping
◆Good thermal exchange effect
◆Low leak risk and high reliability
◆High production efficiency
◆Large thermal contact area
◆Uniform and stable welding
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Easy processing and shaping
◆Good thermal exchange effect
◆Low leak risk and high reliability
◆High production efficiency
◆Large thermal contact area
◆Uniform and stable welding
◆Rapid thermal cooling speed
◆Thin thickness to save space
◆Easy processing and shaping
◆Good thermal exchange effect
◆Low leak risk and high security