THE EVOLUTION OF REFRIGERANT GASES

The development of new refrigerant gases with reduced environmental impact and increasingly perishable requires greater protection of the system to maintain a high level of efficiency. Coolant liquids, in turn, have undergone important transformations. From their birth, in the 1930s, until today, the chemical composition has adapted to regulations to reduce the environmental impact of gases, counteracting global warming (GWP = GLOBAL WARMING POTENTIAL) and the reduction of ozone in the atmosphere (ODP = OZONE CLEARING POTENTIAL).

1st generation CFC (ChloroFluoroCarbides) e.g. R12 (freon)

2nd generation HCFC (HidroCloroFluoroCarburi) e.g. R22

3rd generation HFC (HidroFluoroCarburi) e.g. R134a

4th generation HFO (HidroFluoroOlefine) e.g. R1234yf

THE EVOLUTION OF REFRIGERANT GASES - THE EVOLUTION OF REFRIGERANT GASES

Main A/C system problems

Refrigerant leaks

Breakages or imperfections in the pipes can lead to more or less serious leaks of coolant, with serious consequences:

Acidification and aggression of metal surfaces
Difficulty identifying small leaks
Constant refrigerant gas leak
Serious pollution of the environment
Increasing maintenance costs
Reduction and termination of the system's cooling capacity

Solutions for correct maintenance

LEAK STOP ULTRA: The leak stopper against refrigerant leaks

Universal for any system
Effective for microleaks up to 0.3 mm
100% safe, polymer-free and harmless to systems and charging stations
Works on metal components and rubber sealing elements
Contains UV fluorescent pigment

COOL PLUS: anti oil fouling treatment

Breakage of geometries and liberation from oil deposits
It brings impurities and encrustations back to their initial state (liquid), restoring the initial heat exchange capacity of the A/C system.
Increased performance
Increased compressor protection
Cleaner system lines and exchangers

News Solutions for correct maintenance Vuemme