R513A is a low Global Warming Potential (GWP) refrigerant, designed as a more environmentally friendly alternative to R134A. It is suitable for use in both new and retrofitted air conditioning and refrigeration systems, offering excellent efficiency and sustainability.
Molecular Weight :
108.4Boiling Point (1atm,°F) :
-20.6Critical Temperature (°F) :
173.7Critical Pressure (Mpa) :
3.77Purity % ≥ :
99.9Moisture ppm ≤ :
Not AvailableAcidity ppm ≤ :
Not AvailableVapor Residue ppm ≤ :
Not AvailableHigh-Purity R513A Refrigerant
R513A is a blend of R-1234yf and R-134a, specifically formulated to offer a low GWP alternative to R134A while maintaining similar performance characteristics. It is designed for use in a wide range of applications, including residential, commercial, and industrial HVAC and refrigeration systems. R513A has a significantly lower Global Warming Potential (GWP) compared to R134A, making it a more sustainable option in line with global environmental regulations, such as the Kigali Amendment.
This refrigerant is ideal for systems that require a non-ozone-depleting solution with a reduced environmental impact. R513A is compatible with existing equipment designed for R134A, but when retrofitting, it requires the use of synthetic lubricants such as POE (Polyolester) oils. Its performance and efficiency are very similar to R134A, making it a reliable and cost-effective alternative for applications where lower GWP refrigerants are required.
R513A operates at similar pressures to R134A, making it easy to retrofit and integrate into systems without major modifications. It is also suitable for use in both low and medium-temperature applications.
Applications:
✅Air Conditioning Systems: Suitable for use in residential and commercial air conditioning units that were originally designed for R134A.
✅Refrigeration Systems: Ideal for medium and low-temperature refrigeration applications, including cold storage and supermarket refrigeration units.
✅Industrial Cooling: Perfect for industrial air conditioning and refrigeration systems requiring efficient cooling with a low environmental footprint.