Atmospheric greenhouse effect and ozone depletion caused by refrigerant emissions have led to significant changes in air conditioning and refrigeration industry, as well as to the development of the new, low global warming potential refrigerants.
We constantly strive for innovation and venture new paths to protect the environment. One of the directions is adapting and using low-GWP refrigerants in our equipment to comply with the latest stringent regulations that aimed to safeguard and protect the environment.
To date, we use eco-friendly refrigerants in many of our products, including water chillers and heat pump equipment, air conditioning systems and condensers.
LOW-GWP REFRIGERANT TO REPLACE R134A
Non-ozone depleting and low global warming potential, HFO-based refrigerant for the new equipment, including water chillers, heat pumps, and air conditioning systems
FEATURES
- Global warming potential as low as 6
- Energy-efficient alternative to R134a
- Near drop-in replacement for R134a
DROP-IN-REPLACEMENT FOR R134a
R513a refrigerant provides environmental and safety features, including no impact on the stratospheric ozone, 56% reduction in GWP compared to R134a, no significant secondary adverse environmental impacts, low toxicity, and non-flammability
FEATURES
- Global warming potential: 573
- Performance close to R134a
- Non-flammable, non-toxic
LOW-GWP BLEND FOR NEW AND RETROFIT SYSTEMS
R449a is a lower GWP replacement for refrigerant R404a in new equipment designs and retrofit systems, with improved performance, higher cooling capacity, non-toxic and non-flammable
FEATURES
- Global warming potential: 1397
- 10% more efficient vs R404a
- Non-flammable, non-toxic
LOW-GWP REFRIGERANT FOR NEW AND RETROFIT SYSTEMS
R450a is an excellent medium pressure, low-GWP, high efficiency and non-flammable refrigerant and an energy efficient alternative to R134a in different medium temperature applications
FEATURES
- Global warming potential: 547
- 87% capacity vs R134a
- Non-flammable, non-toxic
LOWER GWP REFRIGERANT FOR NEW HVAC EQUIPMENT
A mildly flammable, non-azeotropic blend designed to serve as an environmentally sustainable replacement (GWP<150) in low-, medium- and high-temperature HVAC equipmen
FEATURES
- Global warming potential: 145
- Close capacity match to R404a
- Mildly-flammable, non-toxic
SUBSTITUTE FOR R-410A
Non-ozone depleting, low-GWP, HFO-based refrigerant to replace R410a in air conditioning, air-cooled and water-cooled chillers and heat pump applications
FEATURES
- Global warming potential: 675
- Improved performance vs R410a
- Optimal balance of properties
LOW-GWP REFRIGERANT TO REPLACE R404A
R454a refrigerant has been developed for low-temperature applications previously covered by R404a and R507a. It features significantly lower GWP and superior performance characteristics
FEATURES
- Global warming potential: 239
- Improved efficiency vs R404a
- Improved capacity vs R404a
REPLACEMENT FOR R404a and R22
R454c is a low global warming potential refrigerant for replacement of R404a and R22 in the new commercial and industrial refrigeration systems
FEATURES
- Global warming potential: 146
- 7.5% higher efficiency vs R404a
- 10% less capacity vs R404a
PREFERRED REPLACEMENT FOR R410A
R32, or difluoromethane, is a novel refrigerant gas currently receiving the most attention as a lower GWP (675, AR5) alternative to R410a
FEATURES
- Global warming potential: 675
- Higher efficiency vs R410a
- Smaller charge vs R410a