there are many types of freon. cfc's fcfc's etc.
there are 3 basic types CFC, HFC, and HCFC in these types there are many different blends of refigerent including R12, R22, R404a , R 134a it just keeps going
Freon is probably the most misused term out there right now. When you say freon, you are referring to refrigerant. There are many different types of refrigerant. There is R-12 (Dichlorodiflouromethane), R-22, R-134A, etc... Each different refrigerant has different pressures at different temperatures and such. The best thing to do is determine which refrigerant your system is using, and then acquire a pressure/temperature chart for it, which can probably be found online. I think the best thing to do after determining which refrigerant your system uses is to Google search for a P/T chart.
Because there are different types of magma and different pathways for that magma to cool.
Describe different types of specimen used in microbiology
There are a few different types of tug boats that exist. They all serve different functions. The different types include; Seagoing, Harbor, and River.
Cells. Different types of cells have different names. What type of cells are you talking about? Different parts of a body have different types of cells.
Freon should not be mixed. Certain types of freon could damage o rings in a system set up for a different type of freon.
There is many different types of Freon. If the freon that you are trying to use is R-22 then you have to have a EPA certification to handle that freon. This freon is considered ozone depleteing. Now there is freon out there that is not ozone depleting like the freon in cars made after 1993. That is called R-134a which is sold everywhere even in Wal-Mart.
Freon is DuPont's trade name. There are 2 types of Freon, Freon-11 is trichlorofluoromethane, while Freon-12 is dichlorodifluoromethane. All types of Freon have been banned from production since 1996. Refrigerants are manmade compounds not Elements
International makes several different types of trucks. You need to be more specific.
Freon is a name trademarked by DuPont for a line of CFC and HFC refrigerants which they manufacture. Other manufacturers make these same refrigerants, but cannot call them Freon, as DuPont has exclusive rights to the name. The common name depends on the exact refrigerant you had in mind, as different types of AC systems use different refrigerant.
Freon gas is used in refrigerators, air conditioners, ovens and all other types of these things.
You could, if you don't mind destroying the refrigeration system. Different types of refrigerants operate at different system pressures, and also transport different compressor lubricants through the system.
Envirosafe sells R22a, a propane based freon that they claim is compatible with R22 systems, but to add this to your system legally you have to first have your system evacuated of reg. freon 22 by a recovery sytem, it is against federal law to release it into the atmosphere as well as mixing different types of freon. The good news is that it costs less than R22, they claim it is more efficient than R22 and you don't need a license to buy it. Although you seem to know what you are talking about just one question what is the difference in reg. FREON and R-22?
Freon-13 is CClF3 and has a total of 5 atoms (1 carbon, 1 chlorine and 3 fluorine atoms)
Freon is probably the most misused term out there right now. When you say freon, you are referring to refrigerant. There are many different types of refrigerant. There is R-12 (Dichlorodiflouromethane), R-22, R-134A, etc... Each different refrigerant has different pressures at different temperatures and such. The best thing to do is determine which refrigerant your system is using, and then acquire a pressure/temperature chart for it, which can probably be found online. I think the best thing to do after determining which refrigerant your system uses is to Google search for a P/T chart.
Oxygen, carbon dioxide, helium, nitrogen, carbon monoxide, hydrogen, Iron, Butane, freon, methane, neon, nitric oxide, propane
Chemical composition and properties, different system pressures, different pressure/teperarature relationships in when they'll change states from liquid to vapor... you never mix refrigerants, period.