The R448A refrigerant is obtained by HFC and HFO mixture (in specific the gases R32, R125, R134a, R1234yf, R1234ze). It is a substitute of the R404A and R507 gases, and is used in industrial and commercial refrigeration.

Created as a substitute of the R404A and R507 gases, R449A refrigerant is a HFO and HFC mixture. Low and medium temperature commercial and industrial applications.

The R452A refrigerant gas is a mixture of hydrofluorocarbons (HFC) and hydrofluoric-olefins (HFO) created to reduce the environmental impact and replace the R404A gas, and maintaining similar performance.

Mixture composed by R32, R125 and R134a gases, R407H refrigerant is considered as a possible alternative to the R22 gas, in fact it has similar efficiency and performances, even though it is not ozone resistant and has a GWP lower than R404A gas.

Gas R32 is made up of 50% of the mixture used to make R410A, but has a lower GWP and therefore less impact on global warming. R32 is a low inflammability refrigerant.

R600a isobutane gas is a low environmental impact hydrocarbon with good thermodynamic properties. This is the reason because it is used as refrigerant for domestic use or in distributors, commercial and domestic installations.

Increasingly widespread as an alternative refrigerant to R22, R134a and R12, the R290 gas is a pure HC hydrocarbon, considered eco-friendly due to its low environmental impact. Application in industrial and commercial refrigeration.

“R1234yf” fluid is part of a new class of refrigerants in automotive air conditioners. R1234yf has a global warming potential (GWP) rating of 4. 335 times less than that of R-134a (GWP = 1430).