HaloVac® 60 is a premium fluorinated lubricating oil and precision vacuum pump fluid containing a polychlorotrifluoroethylene (PCTFE) base. It has a kinematic viscosity of 230 cSt at 20°C and a low vapor pressure of 0.0016 mmHg.
Appearance: Liquid
Color: Water white
pH: Neutral
Boiling point, °C: ≥133
Density, g/mL: 1.95
Water solubility: Insoluble
Kinematic viscosity, cSt @ 20°C: 230
Kinematic viscosity, cSt @ 40°C: 52
Pour point, °C: -27
Vapor pressure, mmHg @ 25°C: 0.0016
Vapor pressure, mmHg @ 75°C: 0.063
Evaporation loss, % @ 99°C: 10%
Evaporation loss, % @ 121°C: 40%
Refractive index: 1.41
Heat of vaporization, kcal/mol: 15.0
CAS No 9002-83-9
Primary Chemistry:
HaloVac® 60 is a premium fluorinated lubricating oil and precision vacuum pump fluid containing a polychlorotrifluoroethylene (PCTFE) base.
HaloVac® 60 is a synthetic fluorinated oil engineered to deliver reliable lubrication in environments where conventional hydrocarbon-based oils are unsuitable. Manufactured from polychlorotrifluoroethylene (PCTFE), it offers exceptional inertness, low volatility, nonflammability, and broad material compatibility, making it suitable for a range of applications, including valves, bearings, seals, and oxygen-compatible systems. It’s medium viscosity of 230 cSt at 20°C, HaloVac® 60 helps applications maintain a durable lubricating film while supporting smooth, efficient equipment operation.
All Halocarbon® fluids are also available with anticorrosion additives upon request at no extra charge.
Appearance: Liquid
Color: Water white
pH: Neutral
Boiling point, °C: ≥133
Density, g/mL: 1.95
Water solubility: Insoluble
Kinematic viscosity, cSt @ 20°C: 230
Kinematic viscosity, cSt @ 40°C: 52
Pour point, °C: -27
Vapor pressure, mmHg @ 25°C: 0.0016
Vapor pressure, mmHg @ 75°C: 0.063
Evaporation loss, % @ 99°C: 10%
Evaporation loss, % @ 121°C: 40%
Refractive index: 1.41
Heat of vaporization, kcal/mol: 15.0
CAS No 9002-83-9
Primary Chemistry:
HaloVac® 60 is a premium fluorinated lubricating oil and precision vacuum pump fluid containing a polychlorotrifluoroethylene (PCTFE) base.
Thermal stress and fluid degradation in high-temperature conditions
Poor material compatibility of fluids with plastics, polymers, metals, or elastomers
Reduced operational efficiency from the chemical breakdown of fluids
Hazardous reactions in oxygen, chlorine, or other reactive gases
High-performance vacuum applications
Cryogenic applications
We’ve detected that you are located in a different region than the region selected on the website. Would you like to change your region?
Current Region: English - Europe, Middle East, Africa
