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SIGMATWIN Double-Wall Plate Heat Exchangers

Engineered for maximum safety – double-wall protection for critical applications

About


SIGMATWIN Double-Wall Plate Heat Exchangers utilize a unique double-wall plate design that prevents any direct contact between two fluids. This built-in safety barrier is critical where fluid separation is mandatory, preventing cross-contamination in hygienic, chemical, or pharmaceutical processes.


Applications & Benefits

SIGMATWIN units are essential in processes requiring absolute fluid isolation, including:

  • Drinking water applications
  • Pharmaceutical and biotech processes
  • Food and beverage applications with stringent hygiene demands
  • Cooling of hazardous or aggressive fluids
  • Systems requiring compliance with strict environmental and safety regulations


The double-wall design ensures leak detection by leaking into the space between plates, enabling prompt maintenance and preventing accidental contamination.



Key Features

  • Double-wall plate design which offers easy leak detection
  • Complete fluid separation for maximum safety
  • High thermal efficiency despite safety features
  • Designed for hygienic and chemical safety standards
  • Robust construction suitable for high pressure and temperature
  • Compliance with global industrial and safety certifications
  • SIGMATWIN Plates are available for several SIGMA models

Sustainability in Action


SIGMATWIN exchangers provide:

  • Preventive contamination protection improving process integrity
  • Reliable heat recovery without compromising safety
  • Support for ESG goals through enhanced process safety
  • Alignment with CSRD and ETS for environmental accountability
  • Facilitation of circular thermal energy strategies reducing carbon footprint

Need a heat exchanger solution for critical safety and hygiene applications?


Our specialists can assist you in selecting the ideal SIGMATWIN Double-Wall Plate Heat Exchanger to optimize safety, efficiency, and sustainability in your processes.

Get in Contact!