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R407F

R407F

GWP: 1,939
R407F is a HFC blend, used as a replacement for R22 and R404A in low and medium-temperature applications. With a lower Global Warming Potential (GWP) and higher efficiency compared to R404A and R407A, R407F is a great alternative for various commercial refrigeration applications.
Product Features and Benefits
  • Substitute for R22, R502, R404A and R407A

  • Zeotropic refrigerant blend containing R32, R125 and R134a

  • Refrigerant must be charged from the liquid phase to ensure accurate composition

  • A‑Gas refrigerant cylinders have dual port valves, making liquid offtake easier

  • Non-flammable with a safety classification of A1

  • Compressors must be charged with polyolester oils - contact the compressor manufacturer for more information

  • Systems using R407F can consume up to 15% less energy than systems using R404A

  • Use of R407F can reduce CO2 emissions by up to 40%

  • Can be retrofitted into existing systems and used for new installations - please contact A‑Gas for more information

  • Be aware of the high discharge temperature at low temperature applications - discharge temperature mitigation may be required

  • The information contained within this website is for guidance only - for further system-specific advice please contact us directly

Product Information Guide

Applications
Transport Refrigeration
Commercial Refrigeration
Other*
Packaging Information
  • Available from A‑Gas wholesale partners - find a supplier for further details

  • A‑Gas product cylinders are fitted with a Residual Pressure Device (RPD) to ensure used refrigerant, or any other substance cannot be reintroduced into a cylinder

  • Store cylinders in a cool, dry, well-ventilated area, out of direct sunlight

  • A‑Gas operates a returnable cylinder fleet - empty cylinders are to be returned to an A‑Gas wholesale partner

  • For alternative or larger package sizes please contact A-Gas on 0215518790 or via the Contact Us form

R22 (Dichlorodifluoromethane)

R22 is a HCFC and has been the dominant refrigerant in residential and commercial air conditioning. It is being phased out due to its high ozone depleting potential.