Traditional Plate Heat Exchangers

Efficient and Reliable for Standard Duties

SonFlow’s traditional gasketed plate heat exchangers are the ideal choice for a wide range of applications across various market segments. Featuring innovative technologies and intelligent design, our traditional plate heat exchangers are an excellent investment and the preferred choice for standard duties.

Our plate heat exchangers are engineered to meet specific temperature demands and capacities, making them ideal for HVAC, industrial, and hygienic applications.

Customized for Your Needs

We customize each heat exchanger to meet your exact requirements. The versatile design and high thermal efficiency make them the perfect solution for a wide range of applications. Trust SonFlow to provide tailored, high-performance heat exchange solutions for your
specific needs.

Traditional Benefits:

Lower operating costs
Cost-effective
Easy assembly
Increased energy efficiency
Easy cleaning
Eliminates dead spots that cause corrosion and fouling

Industries:

General cooling/heating
HVAC
Refrigeration
Industrial
Marine
Food & beverages
Chemicals
Mining
Electronics
Data centres

Working Principle of a SonFlow Traditional Plate Heat Exchanger

In a SonFlow traditional plate heat exchanger, the warm and cold media flow in opposite directions on each side of thin, corrugated plates. Heat passes through the plate wall from one medium to the other, while the gaskets keep the two media completely separated. The pressed plate pattern creates high turbulence, which ensures efficient heat transfer even at low flow velocities.

Learn more about how a plate heat exchanger works

Working principle of a SonFlow Traditional plate heat exchanger

Double Wall Plate Heat Exchangers

A Double Wall Plate Heat Exchanger provides enhanced protection in applications where fluid mixing is unacceptable. The unique double-wall design ensures that any internal leak is detected externally before cross-contamination can occur, helping to safeguard product quality and system integrity.

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