Plate Heat Exchanger Technology
MIT Plate Heat Exchangers, the rising star of Plate Heat Exchanger market, are created by the design team which gives continuous support.
In Plate Heat Exchanger Market, all technologies have become ordinary. On the other hand, Ekin Industrial design team are proving that there is still something new to do, are making new studies and showing what can be done for the market.
Higher performance with three channels gasket system;
Triple Flexible Pressing Channels: In contrast to planar pressing surface placed on standart gaskets, it is possible to prevent permanent deformation on the main gasket with the help of three different symmetric pressing surfaces. It decreases permanency of the deformation on the channels with the help of elasticity of the channels, so you do not need to change the gaskets ,even though you lay up the heat exchangers over and over again.
Thin Section Pressing Surface: For standart gaskets in Plate Heat Exchangers, the surfaces pressing the former plate are in thick section. Thin section pressing surface splits from gaskets' upper faces in the shape of V, presses front plate with thin section, causes surface extension and so provides high pressure resistance.
Colorful Auricle: There are colors in gaskets specifying material of the gaskets in all Plate Heat Exchangers. In standart gaskets, these colors are determined after production by painting gasket surface. In long term usage of the gaskets, because of liquid corrosion and outside air condition, these colors disappear and after some time it becomes impossible to recognize material of the gaskets. In MIT Plate Heat Exchangers, one of the fixing auricles is made of fully colorful material so no matter how much corrossion occurs in the gaskets, it is possible to find out material of the gasket.