◆Good surface flatness

◆Large thermal transfer area
◆Flexible flow channel design
◆Thin thickness to save space
◆Perfect thermal dissipation effect
◆Low leakage risk and high reliability
◆Stable and high production efficiency
◆Good pressure resistance and strength

◆Good surface flatness

◆Large thermal transfer area

◆Flexible flow channel design

◆Thin thickness to save space

◆Perfect thermal dissipation effect

◆Low leakage risk and high reliability

◆Stable and high production efficiency

◆Good pressure resistance and strength

◆Flexible flow channel design

◆Thin thickness to save space

◆Easy processing and shaping

◆Large thermal dissipation area

◆High heat dissipation efficiency

◆Low leakage risk and highsafety

◆Good pressure resist and strength

◆High production efficiency and yield

◆Flexible flow channel design

◆Thin thickness to save space

◆Easy processing and shaping

◆Large thermal dissipation area

◆Low leak risk and high reliability

◆Good tightness and high strength

◆High thermal dissipation efficiency

◆Stable and high production efficiency

◆High production efficiency

◆Large thermal transfer area

◆Flexible flow channel design

◆Rapid thermal cooling speed

◆Thin thickness to save space

◆Easy processing and shaping

◆Goodthermal exchange effect

◆Low leak risk and high security

◆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