1.Higher heat transfer efficiency
As the gap between the two heat transfer pieces is small,it form the membrane flowing so that two fluids have very high velocity.Because the heat transfer surface was pressed into the bump ripple,the fluids' speed and direction change suddenly.So the fluids become turbulent state.Improve the heat transfer coefficient K value.
2.The structure is compact,it just need small space to place.It can contain more heat transfer area in smaller work space.
3.Greater adaptability.When asked to change process conditions or production capacity,just increase or decrease the number of heat transfer pieces.
4.Suitable for processing heat-sensitive materials.As the gap between two heat transfer pieces is small,the material flow quickly.It won't lead to overheating.
5.Easy disassembly, easy cleaning.
6.Safe operation and continuous production.
7.High heating utilization rate
8.Heating and cooling within the same equipment.It is easy to heat recovery.
