No! Answer No, it will run at a much higher pressure and will probably blow your safety valve. Of course, the answer to your question regarding compatibility could be taken another way. There are mixtures on the market for automobiles with r-22 in them. Chemically it's not a problem, but the pressures are so much higher that to REPLACE r-12 with r-22 would be guaranteeing a system failure. Mixtures for cars with r-22 in them also have other (much lower pressure) components to help control the high pressure of the r-22. In fact, despite the inherent problems with MVAC (leaks and fractionization), mixtures of refrigerants offer more efficient utilization of the condenser and evaporator surface area. Each refrigerant has it's own 'sweet spot' pressure / temperature for condensation and vaporization If you are running a mixture of refrigerants, each will find it's own sweet spot in the condenser and evaporator, allowing for a number of sweet spots for each refrigerant. When you run one refrigerant, you will get basically one sweet spot per heat exchanger.
You cannot mix R22 with R12 - azeotrope blend will be formed.
No
No
Freon is another commonly used name for refrigerant, which can include R22, R410, and R12. The price per pound depends on which type, and should be only installed or sold by a certified technician. In most countries, the release or use of refrigerant by uncertified individuals is illegal.
r22a
Yes, freon can indeed cause corrosion. Freon leaks in vehicles can corrode surrounding parts and components in the car over time.
No.
NO
No
Is r-22 Freon compatible with r-134a freon?
No, the two cannot be blended.
No. NEVER mix refrigerants or use any refrigerant other than what the system is intended to use.
No , they operate at different pressures and are not compatible.
the things that must be considered when charging the system with R22; R404;R134;R507;R406
Wal-Mart do not have r22 freon, this is a false ad.
You cAnt sorry
no.
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.
No