FREEZPLUS PARA VG-68
Product Description
FREEZPLUS PARA VG 68 is refrigeration compressor oil based on paraffinic mineral oil. The moisture content of FREEZPLUS PARA VG 68 oil is very low when the oils are packaged. Every precaution should be taken to keep the oils dry to avoid the formation of ice in expansion valves, and to limit the risks of oil degradation, copper plating, etc. It can be used for evaporating temperatures as low as -39 °C depending on the operating conditions. As the base oil of FREEZPLUS PARA VG 68 is highly refined, oil carryover into the refrigeration cycle is much lower than with conventional mineral oils, which helps to reduce oil consumption.
Benefits
·
Low maintenance costs due to
extended oil change intervals and reduced oil consumption.
·
Easy compressor oil
conversion due to neutral behavior towards seals.
·
High efficiency of the refrigerating plant due
to reduced oil deposits.
·
Low oil carryover and consumption compared to
naphthene-based mineral oils.
Low operating costs due to long service life of filters and oil separators
Recommended Usage
- FREEZPLUS PARA VG 68 has been designed
especially for the lubrication of screw-type and reciprocating piston
compressors which are operated with ammonia (R717) as refrigerant.
- It is particularly
suitable for compressors which were previously run with mineral oils. This
product is neutral towards most neoprene seals used in refrigerating
plants; therefore, leakage is not to be expected.
·
The viscosity of the oils
remains consistent for a long time, due to the fact that only a few highly
volatile fractions are contained in the oil. Oil changes due to the increase in
viscosity can be avoided.
·
Offers high chemical
stability, particularly to ammonia, the typical blackening of conventional
mineral oils
Typical Properti
|
68 |
ISO Viscosity
Grade |
68
|
Viscosity,
ASTM D 445, cSt @ 40⁰C |
68.0
|
Viscosity,
ASTM D 445, cSt @ 100⁰C |
8.8
|
Pour Point,
⁰C, ASTM D
97 |
-39
|
Flash
Point, ⁰C, ASTM D
92 |
240
|
Density, DIN 51757, 20 °C |
approx. 0.86
g/cm³ |