CPI : CP-1008-68

CP-1008-68

PRODUCT DESCRIPTION

CP-1008-68 is a custom-blended, chemically inert, semi-synthetic lubricant . lt is Uniquely formulated with a seal conditioning agent to minimize leaks due poor elastomer  performance.  It also contains additives for oxidation inhibition , corrosion protection, pour  point depression , and foam reduction. This fluid is widely used for applications where the lubricant is subjected to harsh chemical  environments, such as the demanding conditions found in ammonia refrigeration applications. CP-1008-68 may not perform as well where elastomers are mechanically damaged or chemically changed due to poor maintenance practices.

APPLICATIONS

-  Lubricant/coolant for ammonia refrigeration applications. Especaially effective In combating corrosion and promoting long lifr in ammonia compressors.

-  Lubricant/coolant  for process gas rotary screw and  reciprocating compressors.

-  Lubricant  for systems exhibitihg leaks to poor elastomer performance.

TYPICAL PROPERTIES*

Viscosity@ 40ºC, cSt, ASTMD445                            67

Viscosity@ 100ºC, cSt                                                9.2

Viscosity@ 100ºF,SUS                                               348.0

Viscosity@ 210ºF,SUS                                               57.3

Viscosity Index,ASTM D2270                                                114

Densiy, Lb/gal,60ºF,ASTM D4052                             7.5

Pour Point ºF(ºC),ASTM D97                                     -36(-33)

Flash Point,C.O.C, ºF(ºC),Astm D92                          465(240)

Fire Point,C.O.C., ºF(ºC),ASTM D92                         500(260)

Specific Gravity, ASTM D4052                                              0.87

*These values ase not intended for use in preparing specifications.

CP-1008-68

Typical Thermodynamic Properties

Molecular weight                                          460

Vapor Pressure, mm Hg Abs

100°F                                                        4.6×10^-5

150°F                                                        1.3×10^-4

200°F                                                        1.5×10^-4

Density, g/ML

100°F                                                        0.854

150°F                                                        0.834

200°F                                                        0.818

Specific Heat, Btu/1b°F

100°F                                                        0.51

150°F                                                        0.52

200°F                                                        0.53

Thermal Conductivity, BTU/hr ft²(°F/ft)

100°F                                                        0.083

150°F                                                        0.080

200°F                                                        0.078