Excellent High Temperature Stability
The chemical structure of polyol ester base stocks provide exceptional stability at very high temperatures due to the lack of "beta-hydrogens". For sensitive applications at high temperatures (up to 200°C)
Low Temperature Fluidity
Polyol esters also present fantastic low temperature stability and remain fluid well below freezing temperatures. This provides ideal lubrication solutions for oils used in cold-start environments.
High Viscosity Index
The polyol ester structure allows for a heightened viscosity consistency over a wider temperature range, meaning the lubricant will perform as regardless of fluctuations in ambient temperature.
Very Low Volatility
CalEster™ provides very low volatility and formulated lubricants will last longer and provide better protection than mineral oil-based technologies.
Excellent Lubricity
CalEster™ imparts excellent lubricity performance, increasing surface coverage & protection delivered to metal surfaces.
Natural Detergency
CalEster™ provides additional detergency to solubalize additives and deposits, keeping equipment running cleanly and running longer.
Biodegradability
Polyol Ester technology can provide varying levels of biodegradability, breaking down over time in the presence of water.
End Markets
Polyol Esters are used in a variety of end markets for their inherent high temperature stability and viscosity selection. Whether the lubricant is formulated for use in aerospace, refrigeration, automotive, or industrial applications, POE's provide premium performance compared to mineral oil based lubricants.
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