Gas R1234yf

R1234yf Refrigerant has high thermal and chemical stability, low toxicity and is slightly flammable, as well as having a excellent compatibility with most materials. Its safety classification is A2L group L2.

The most common application of R1234yf is in automotive air conditioning, serving as a replacement specifically for the R134a refrigerant in new vehicles.

Manometric Pressures of R1234yf:

°C	°F	Pressures
-18°C	-0,4°F	0,63 barg	9,26 psig	63,6 KPa
-14°C	6,8°F	0,91 barg	13,38 psig	91,9 KPa
-10°C	14°F	1,22 barg	17,93 psig	123,2 KPa
-6°C	21,2°F	1,56 barg	22,93 psig	157,6 KPa
-2°C	28,4°F	1,95 barg	28,67 psig	197,0 KPa
2°C	35,6°F	2,38 barg	34,99 psig	240,4 KPa
6°C	42,8°F	2,84 barg	41,75 psig	286,8 KPa
10°C	50°F	3,38 barg	49,69 psig	341,4 KPa
14°C	57,2°F	3,95 barg	58,07 psig	399,0 KPa
18°C	64,4°F	4,58 barg	67,33 psig	462,6 KPa
22°C	71,6°F	5,27 barg	77,47 psig	532,3 KPa
26°C	78,8°F	6,02 barg	88,49 psig	608,0 KPa
30°C	86°F	6,84 barg	100,55 psig	690,8 KPa
34°C	93,2°F	7,72 barg	113,48 psig	779,7 KPa
38°C	100,4°F	8,68 barg	127,60 psig	876,7 KPa
42°C	107,6°F	9,71 barg	142,74 psig	980,7 KPa
46°C	114,8°F	10,82 barg	159,05 psig	1092,8 KPa

What should you know about in Chillers?

The Chiller R-1234yf is a replacement alternative for current chillers that work with R134a.

• The miscibility of HFO-1234yf with POE oils is comparable to that of HFC-134a over the target operating range.
• HFO-1234yf is not miscible with mineral oil or alkylbenzene lubricants.
• The interactions of HFO-1234yf with common classes of lubricants are, in general, similar to HFC-134a.
• Thermal stability and compatibility with chiller construction materials.
• The stability of HFO-1234yf was examined in the presence of materials that I probably find in practical use according to the sealed tube test methodology

Where to learn all about chillers?

We have prepared a complete training in chilled water installations with chillers.

Chiller Training Courses