Product Types and Principles

What Is The Working Pressure Range? Shenshi heat exchangers are designed for working pressures from 10 bar up to 200 bar depending on the model.

How Do You Clean A Heat Exchanger? Cleaning involves backflushing or chemical cleaning to remove fouling. Shenshi provides detailed maintenance guides for each type.

What Materials Can Be Used In Heat Exchangers? Shenshi offers copper, titanium, stainless steel, and cupronickel materials based on temperature, corrosion, and application needs.

What Are The Differences Between Plate And Shell & Tube Heat Exchangers? Plate exchangers are compact and efficient, while shell-and-tube designs handle higher pressure and fouling environments.

What Are The Advantages Of A Plate Heat Exchanger? High efficiency, compact size, easy maintenance, and flexible design make it suitable for industrial systems.

How Does A Plate Heat Exchanger Work? It works by allowing hot and cold fluids to pass through alternating channels, separated by thin plates that transfer heat efficiently.

What Is A Printed Circuit Heat Exchanger (PCHE)? A PCHE is a compact, high-pressure device made by chemically etching flow channels into metal plates. It’s used in hydrogen and cryogenic industries.

What Is A Microchannel Heat Exchanger? Microchannel heat exchangers use parallel channels to improve efficiency and reduce weight, ideal for Agrochemicals, Pharmaceuticals, Petrochemicals and Dyes & Pigments applications.

What Is A Shell And Tube Heat Exchanger? This type consists of tubes inside a shell. One fluid flows through the tubes, and another flows outside to exchange heat.

What Is A Plate Heat Exchanger? A plate heat exchanger transfers heat through multiple stacked plates. It provides high heat transfer efficiency and compact design.