We are the leading manufacturers of Coil Type Heat Exchanger in India.

A Coil Type Heat Exchanger is the most common type of heat exchanger in all Industries. Mostly used in higher-pressure and Higher Temperature applications.

The Coil Heat Exchangers can have a methods of structuring theory with module package of heat exchangers. It may be design with gas and liquid flow for the Coil Heat Exchangers. Evaporation is not possible in the Coil Heat Exchangers processing.To guide the flow in the exchanger you can use a cylinder. You can also design a coil type heat exchanger without any displacement body. The coil may consist of a maximum of 5 parallel flown-through tubes.Shell-side flow is always forced flow.

Flow direction might be cocurrent or countercurrent.The theory of Coil Heat Exchangers are presented in the VDI Heat Atlas and the HEDH (Heat Exchanger Design Handbook) as well as in special research reports.This product can also set the program parameters so that the program will only calculate with standard tube and shell dimensions (default values). The Process will enables the constructor to optimise times of delivery or to reduce costs for storage by limiting the assortment of goods. Media must be single phase (liquid or gaseous) or condensing pure substances (pure substance con-densation, isothermal condensation). The properties of the used media are provided by LV property modules and are determined for mean temperatures and pressures. Condensation of multi-component mixtures is not possible with COIL.

We are the leading manufacturers of Coil Type Heat Exchanger in India.

A Coil Type Heat Exchanger is the most common type of heat exchanger in all Industries. Mostly used in higher-pressure and Higher Temperature applications.

The Coil Heat Exchangers can have a methods of structuring theory with module package of heat exchangers. It may be design with gas and liquid flow for the Coil Heat Exchangers. Evaporation is not possible in the Coil Heat Exchangers processing.To guide the flow in the exchanger you can use a cylinder. You can also design a coil type heat exchanger without any displacement body. The coil may consist of a maximum of 5 parallel flown-through tubes.Shell-side flow is always forced flow.

Flow direction might be cocurrent or countercurrent.The theory of Coil Heat Exchangers are presented in the VDI Heat Atlas and the HEDH (Heat Exchanger Design Handbook) as well as in special research reports.This product can also set the program parameters so that the program will only calculate with standard tube and shell dimensions (default values). The Process will enables the constructor to optimise times of delivery or to reduce costs for storage by limiting the assortment of goods. Media must be single phase (liquid or gaseous) or condensing pure substances (pure substance con-densation, isothermal condensation). The properties of the used media are provided by LV property modules and are determined for mean temperatures and pressures. Condensation of multi-component mixtures is not possible with COIL.