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Silicon Carbide Heat Exchanger
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Silicon Carbide Heat Exchanger

Silicon Carbide Heat Exchanger

Heat exchangers are an essential part of HVAC systems, playing a vital role in regulating temperature and improving indoor air quality. These devices help transfer heat efficiently from one medium to another, making them key components of many residential and commercial heating and cooling...

 

Silicon Carbide Heat Exchanger headers and shells can be made of glass-lined steel, carbon steel, stainless steel, glass, PTFE-lined steel, depending on the process requirements
The Silicon Carbide Shell and Tube Heat Exchanger unique sealing system associates two PFA lined tube sheets, a stainless steel intermediate tube sheet, and two O-ring gaskets at both ends of each single tube. It is the safest and most reliable tube-to-tube sheet sealing system in the industry

 

Rows of holes are drilled horizontally and vertically through the silicon carbide blocks to form process and service channels. Heat is transferred by conduction through the silicon carbide, which is located between the rows of holes separating the media used. The Silicon Carbide Heat Exchanger consists of a stack of blocks enclosed in a steel shell.

Cooling, condensation, heating, evaporation and absorption of ultra-corrosive and/or oxidizing chemicals or ultra-pure chemicals.
Suited for multi-purpose or single purpose units

 

We offer a full range of Silicon Carbide Heat Exchangers for the most corrosive and oxidizing applications in the pharmaceutical and chemical industries. Our portfolio includes Silicon Carbide Plate, Block and Shell and Tube Heat Exchangers. These devices can be used as coolers, heaters, heat exchangers, absorbers, condensers or evaporators.

 

Silicon Carbide Heat Exchanger offers the most compact and efficient design. Silicon Carbide Heat Exchanger can be used as a cooler and heater

 

 

Key Benefits:

Universal corrosion resistance against acids, alkalis and oxidizing media

Ultra-corrosive media either in or outside the tubes

Possibility to have ultra-corrosive media on both sides.

Superior heat transfer performance thanks to adjustable cross sections on both sides that guaranty a high level of turbulence

High operational safety

Highly reliable equipment therefore low cost of ownership and low maintenance cost

Extreme purity of silicon carbide

Wide range of materials of construction for the shell and the headers

Compact and robust design

Short lead time

Long lifetime

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