Finned evaporator frame perforation

Perforation can increase the surface area of the evaporator and improve the heat exchange efficiency. By increasing the surface area, more liquid can be exposed to the surface of the condensing agent or cold water, thus achieving more efficient heat transfer.

Perforation can promote the flow of fluid in the evaporator, prevent the flow of fluid in the process of blockage or uneven flow, so as to ensure the uniformity of heat transfer.

By increasing the number and width of channels, perforation can reduce the resistance of the fluid in the evaporator, reduce the pressure drop when the fluid flows, and improve the efficiency of the system.

Appropriate perforation design can increase the structural strength and stability of the evaporator, improve its pressure resistance, and reduce vibration and deformation during use.

Through the perforation design, the amount of material used in the evaporator can be reduced, thereby reducing the weight of the evaporator and facilitating installation and maintenance.