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Heat Exchangers

Definition and purpose

WHAT ARE PLATE HEAT EXCHANGERS – AND HOW DO THEY WORK?

Plate heat exchangers are used to transfer heat between two media, which are separated from each other by corrugated plates. The plate heat exchanger consists of different heat transfer plates, which are sealed by gaskets, or brazed, or welded together.

The heat exchanger’s individual transfer plates are arranged in packages, which form flow channels through which the hot and cold media alternatingly flow. This enables the thermal energy to transfer from one media to the other. It is essential that the two media are securely separated from each other (e.g., by seals) to avoid mixing. Whenever the heat exchanging media flow in opposite directions, as is usually the case, we speak of the countercurrent principle. Otherwise, the flow principle is parallel. Some fully-welded models may also apply the cross-flow principle. Common to all variants is that the special corrugation of the transfer plates ensures a highly turbulent flow behavior.

Machine pour raffineries
Design and application

HOW IS A PLATE HEAT EXCHANGER BUILT – AND WHERE IS IT USED?

In principle, all of our plate heat exchangers function similarly. Depending on the purpose for which the heat exchanger is needed, they may differ in configuration, structure and materials used. Brazed plate heat exchangers are small and compact and used preferably within the HVAC industry and refrigeration industry. Gasketed plate heat exchangers can be flexibly adapted and, if necessary, extended to optimally meet our customer's requirements. Welded plate heat exchangers, in comparison, are designed for high pressure and temperatures, thus preferably used in oil and gas applications.

  • Heating technology, e.g. underfloor heating, solar systems or DHW heating
  • Industry, e.g. in power plants or in mechanical engineering or in food/beverage/sanitary industries and many more

Just ask us - we will gladly advise you with selecting the most suitable plate heat exchanger for your application or show you the suitable service solution.

Features & Benefits

Features & Benefits

  • Experience the benefit of an individually customized solution that perfectly matches your requirements and lowers your energy consumption.
  • High performance and a low pressure drop eliminate unnecessary burdens on your system and optimize overall system performance.
  • We design single-pass solutions when possible, as they are the preferred choice for almost all duties. With all connections on the head you do not need to disconnect the heat exchanger from the piping to perform inspection, cleaning, or service.
  • The design results in a compact solution with a small footprint, simple installation, and easy access for maintenance.
  • Heat exchanger solutions that adhere to the strict hygienic demands of the industries and complies with FDA material standards.
  • Plate technology made to provide the highest output product quality. We ensure gentle media treatment during processing with precise flow control, perfect temperature profiles, and the optimal residence time for all applications.
  • Cladded or stainless-steel frames designed to be easily accessible for quick and trouble-free inspection, maintenance, or cleaning – including cleaning in place (CIP).
  • Enjoy huge savings on your power consumption with our regenerative pasteurizers that can recycle up to 95% of the energy.

Our Heat Exchanger Solutions

Brazed Plate Heat Exchanger

Gasketed Plate Heat Exchanger

Welded Plate Heat Exchanger

Areas of application

WHERE ARE PLATE HEAT EXCHANGERS USED?

HVAC industry

Marine/offshore industry

Dairy/food/beverage industry

Sugar industry

Heavy industry

Chemical industry

Biogas industry

Mining industry

Industries with Sanitary requirements

Pulp and paper industry

Petrochemical industry

KNOW MORE ABOUT

Plate-and-Frame Heat Exchanger

Plate and Frame Heat Exchanger:
Top 7 Reasons to Purchase Over Shell and Tube

Gasketed plate heat exchangers

How gasketed plate heat exchangers work

Single heat exchanger plate

Maximizing the Service Life of Heat Exchanger Gaskets

Stacked heat transfer plates

Which Heat Exchanger Is Best? The Three Main Types Explained

BENEFITS

Stacked heat transfer plates

How does the rubber gasket of a plate heat exchanger work?

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Service and support

Plate and Frame Heat Exchanger: Top 7 Reasons to Purchase Over Shell and Tube

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Gasketed plate heat exchangers

How gasketed plate heat exchangers work

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Single heat exchanger plate

Maximizing the Service Life of Heat Exchanger Gaskets

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Components of a gasketed plate heat exchanger (PHE)

Which Heat Exchanger Is Best? The Three Main Types Explained

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KNOW MORE ABOUT

Plate-and-Frame Heat Exchanger

Rubber Gasket

How does the rubber gasket of a plate heat exchanger work?

Plate and Frame Heat Exchanger: Top 7 Reasons to Purchase Over Shell and Tube

Gasketed plate heat exchangers

How gasketed plate heat exchangers work

Maximizing the Service Life of Heat Exchanger Gaskets

Components of a gasketed plate heat exchanger (PHE)

Which Heat Exchanger Is Best? The Three Main Types Explained

QCHE plate heat exchangers uses FDA compliant materials and are designed to use in food, dairy, and beverage applications as well as other applications with strict sanitary requirements. We have the in-depth process knowledge and extensive experience to engineer hygienic, high-performance solutions. We are able to supply all types of plates and gaskets for all makes and models and always supply what is best for specific application. Get in touch with us to know more about our products and services.

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