Are refrigerants that contain chlorine but not hydrogen considered stable?

Refrigerants containing chlorine but not hydrogen are considered stable primarily due to their chemical structure. These refrigerants often exhibit greater resistance to degradation and reaction because the absence of hydrogen reduces the number of potential reactions with other chemicals in the environment.

Chlorine atoms typically lend a degree of stability as they are less reactive in certain chemical environments, especially when not in conjunction with hydrogen, which can participate in various chemical reactions such as combustion or degradation processes. This stability is particularly important in refrigeration systems to ensure reliability and efficiency over the operational lifetime.

While specific conditions, such as pressure and temperature, can influence the stability of any chemical compound, the general understanding is that chlorine-containing refrigerants without hydrogen maintain a stable state under standard conditions. This is why the assertion that such refrigerants are stable is accurate.