Products

KLEA®125

Trademark：KLEA

Introduction：
R125 refrigerant is a main building block for blended refrigerants used as replacements for R-502 and R-22. These blends include Klea® 410A which has become a leading replacement for R-22, Klea® 407C which was one of the first commercially available blends suitable for both retrofit and original equipment use of R-22 systems and Klea® 407A, a lower GWP alternative to Klea® 404A and Klea® 507.
Please note that not all products are available in all markets.

⇒KLEA®125 SDS Download

KLEA®125 Physical Properties

Property	S.I.Units	British Units
Bubble Point	-48.1 (°C @ 1 atm)	-54.6 (°F @ 14.7 psia)
Dew Point	-48.1 (°C @ 1 atm)	-54.6 (°F @ 14.7 psia)
Evaporator Glide	-	-
Bubble Point Pressure	13.8 (Bara @25°C)	180.2 (psia@70°F)
Critical Temperature	66.0 (°C)	150.0 (°F)
Latent Heat Vaporisation	110.4 (kJ/kg @25°C)	49.2 (Btu/lb @ 70°F)
Coeff. Vol. Therm. Exp	0.0077 (K^-1 0-20°C)	0.0047 (°F^-1 40-80°F)
Saturated Vapour Density	6.79(kg/m³@nBpt)	0.424 (lb/cuft @nBpt

KLEA®125 Specification

TEST ITEMS	ACCEPTANCE VALUES
Appearance	Clear colourless liquefied gas
Purity (% by Weight)	99.9 minimum
Volatile impurities, including other refrigerants (% by weight )	0.1 maximum
R115 (ppm by weight)	1000 maximum
R124 (ppm by weight)	200 maximum
Unsaturated Impurities (ppm by weight)	40 maximum
Water content (ppm by weight)	10 maximum
Evaporation residue (ppm by weight)	10 maximum
Halide	Pass (No visible turbidity, usually Chloride <3ppm)
Non-absorbable gases (% by volume in vapor phase)	1.5 maximum
Acidity (ppm by weight as HCl)	1.0 maximum
Particulates / Solids	Visually clean to pass
Butane (ppm by weight)

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