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InfinX HaloVac® 600
InfinX HaloVac® 600 is a specialty lubricating grease from Halocarbon produced with perfluoropolyether (PFPE) fluid and thickened with a polytetrafluoroethylene (PTFE) base. It offers industrial applications with highly stable lubricating performance and high temperature resistance. InfinX HaloVac® 600 is available as a creamy white grease with a viscosity of 157 cSt at 40°C and a pour point of -75°C.
InfinX HaloVac® 600 is a high-performance PFPE grease enhanced with PTFE thickener. It is recommended for use in demanding industrial applications, such as gear systems, O-rings, ball and roller bearings, robotics, semiconductors, vacuum applications, and more, providing extreme pressure and temperature resistance for optimal performance. HaloVac® 600 offers low volatility and minimal changes in viscosity under extreme operating conditions. It is also formulated as a nonflammable, chemically inert, and nonreactive fluid, ensuring optimal safety, reliability, and performance characteristics and reducing exposure and safety risks.
Specifications
Appearance: Grease Color: Creamy white Odor: odorless pH: Neutral Melting point, °C: >300 Density, g/mL: 1.98 Water solubility: Insoluble Decomposition temperature, °C: 350 Viscosity, cSt 40°C: 157 Viscosity, cSt 100°C: 49 Viscosity Index: 358 Pour point, °C: -75 Thickener: PTFE NLGI grade: 2 Drop point, °C: 192 Oil separation, 30 hrs @ 150°C, %: 6.05 Oil volatility, 30 hrs @ 150°C, %: 0.26 Wear characteristic, mm: 0.923 ± 0.014 Primary Chemistry:
InfinX HaloVac® 600 is a specialty lubricating grease from Halocarbon produced with PFPE fluid and thickened with a PTFE base.
Features & Benefits
Lubricating grease mixture
Contains perfluoropolyether (PFPE) and polytetrafluorethylene) (PTFE)
Superior stability
Extreme temperature performance to resist breakdown under load
Low volatility
Minimal viscosity changes
Nonflammable
Nonreactive
Excellent thermos–oxidative stability
Chemical resistance
Wide material compatibility
Chemically inert
Nontoxic
Problems Solved
Thermal stress and fluid degradation in high temperature conditions, leading to deposits and premature fluid changeouts High volatility of traditional fluids, such as hydrocarbons, silicones, etc. Poor material compatibility of fluids with plastics, polymers, metals, or elastomers Reduced operational efficiency from the chemical breakdown of fluids Rust or corrosion of equipment parts Inconsistent viscosity affects sealing, cooling, and pump efficiency
Applications
High vacuum applications Assembly lubricant for O-rings, gears, and ball and roller bearings Robotics lubricant Aerospace lubricant Cleanrooms