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Rokolub® P-B-80 is a synthetic PAG base oil with a water-insoluble propoxylated butanol base and an ISO 80 viscosity grade. The base oil provides excellent lubrication and protection to industrial fluid formulations.
Appearance @ 25°C: Homogenous liquid, colorless to yellow
Water content, max %: 0.8
Acid value, max mg KOH/g: 0.1
Kinematic viscosity @ 40°C, mm²/s: 70 to 90
Kinematic viscosity @ 100°C, mm²/s: 13 to 17
ISO VG: 80
Viscosity index: 190
Pour point, °C: Lower than −36
Flash point, °C: >220
Functionality: ~1
Density @ 20°C, g/mL: ~0.99
CAS number: 9003-13-8
Primary Chemistry:
Propoxylated butanol
Rokolub® P-B-80 from PCC Chemax is a high-viscosity polyalkylene glycol (PAG) base stock belonging to the Group V synthetic base oil family. The base oil has an ISO 80 viscosity grade and a high viscosity index of 190. It is ideally suited for industrial lubricant formulation, particularly for extreme-pressure applications using heavy-duty machinery. Offering exceptional thermal and oxidative stability, it ensures long-lasting protection for component parts, such as bearings, gears, and compressors. With superior anti-wear properties and high thermal stability, Rokolub® P-B-80 is a suitable base oil for hydraulic fluids, compressor fluids, machining fluids, and other high-performance industrial lubricants, preventing increased friction, component fatigue, premature wear, and unplanned downtime. Rokolub® P-B-80 provides excellent viscosity stability across a wide temperature range, maintaining system cleanliness under high thermal stress and maintaining fluidity in temperatures below −36°C.
Appearance @ 25°C: Homogenous liquid, colorless to yellow
Water content, max %: 0.8
Acid value, max mg KOH/g: 0.1
Kinematic viscosity @ 40°C, mm²/s: 70 to 90
Kinematic viscosity @ 100°C, mm²/s: 13 to 17
ISO VG: 80
Viscosity index: 190
Pour point, °C: Lower than −36
Flash point, °C: >220
Functionality: ~1
Density @ 20°C, g/mL: ~0.99
CAS number: 9003-13-8
Primary Chemistry:
Propoxylated butanol
Industrial fluids used in demanding applications, such as hydraulic oils, compressor lubricants, and general machinery oils, face critical performance issues when they lack the proper base oils. Sometimes, mineral oils provide insufficient oxidative and thermal stability, making it paramount to use higher-performing synthetic oils. Consequences of poor lubrication can include component fatigue, premature wear, and unplanned maintenance and downtime.
Gas compressor lubricants
Air conditioning compressor lubricants
Hydraulic fluid
Industrial lubricants
Machining fluid
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