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Characteristics |
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R600a (EP600a /CARE 10/isobutane) is a single ingredient refrigerant and is used primarily in domestic refrigerators. In Europe millions of domestic fridges already
use this type of refrigerant. In the UK, British manufacturer LEC produces fridges
for the home market LEC produces fridges for the home market using CARE 10.
Also, in Korea LG and Samsung have been used our products. |
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 Primarily for use in new domestic refrigerators and freezers. |
| Operates at significantly lower pressures than R12 or R134a. |
| Possesses lower volumetric refrigerating effect than R12 or R134a. |
| Requires a specific R600a compressor. |
| Not for use as a retrofit refrigerant. |
| Compatible with most common refrigeration materials and lubricants. |
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Purity : 99.5% ~ 99.99% Our product will improve C.O.P by 5~15% due to higher thermodynamic properties. |
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Charging amount can be reduced by 42-54% against CFC12 and HFC134a. Compressor noise level, also can be reduced due to lesser vapor pressure. Economical mineral oil can be used |
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| Application Range : Domestic refrigeration, water purifier, medical aerosols, Cosmetics, Foaming agent, washing agent, G.C standard gas |
| Packing : 500gr/CAN, 3Kg/10 Kg/20 Kg/50 Kg Cylinder, Bulk Tank, ISO Tank Container |
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Physical Properties |
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| Product |
EP600a |
R12 |
R134a |
| Chemical Type |
HC |
CFC |
HFC |
| Molecular Mass ( Kg/Kmol ) |
58.1 |
120.9 |
102.0 |
| Density ( Kg/m3 ) ★ |
544.4 |
1310.8 |
1206.0 |
| Temperature Range |
high, medium |
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- |
| Ozone depletion potential (CFC-11=1) |
0 |
0.9 |
0 |
| Global warming potential (CO2=1, 100yr ITH) ◇ |
3 |
10600 |
1600 |
| Normal boiling point (1.0 bar, abs) ★ |
11.7℃ |
-29.8℃ |
-26.2℃ |
| Latent heat (1.0 bar, abs) ★ |
367 kJ/Kg |
145 kJ/Kg |
189 kJ/Kg |
| Toxicity |
None |
None |
None |
| Refrigerant mass charge size (R12=100%) |
42% |
100% |
91% |
| Lubricant |
Mineral |
Mineral |
Estra | |
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* All conditions given at +25℃ (dew point).
★ Boiling points at standard atmospheric pressure (101.325kPa)
◇ CO2 GWP based on 100 year integration time horizon, defined in the Intergovernmental Panel for Climate Change (IPCC)
* Scientific Assessment 1994, CO2 = 1. |
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