Ashless Synthetic hydraulic oils for industrial applications in environmentally sensitive areas. These are high viscosity index fluids that provide a wide operating temperature range.Where to buy ›
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Dr Nathan Knotts explains how equipment using Clarity Synthetic Hydraulic Oil experienced 4.5% greater fuel economy, 6.5% productivity increase and more than two times the oil life over the traditional monograde fluid.
Features, benefits, applications and environmental impact criteria of Clarity Hydraulic Oil AW.
The right hydraulic fluid can help you do more.
Delivering value for you
High performance formula improves hydraulic response time, increases operating temperature range and can improve production, as well as the potential for lowering energy cost.
Ashless formulation provides excellent wear protection, rust and corrosion protection, hydrolytic stability, water separability, foam inhibition, and filterability.
Outstanding ability of the synthetic base stock to withstand oxidation at high operating temperatures results in maximum service life for the oil.
Inherently biodegradable2 and has very low acute aquatic toxicity2 to both fish and invertebrates based on tests of water accommodated fractions. Ashless formulation facilitates conventional recycling programs.
Minimum change in viscosity over wide operating temperatures due to high viscosity index. Multi-viscosity performance minimizes the need to change viscosity grades for seasonal changes.
Specifically developed to ensure good low temperature fluidity for low temperature operations as low as -40°C (-40°F) for ISO 32 grade, and -30°C (-22°F) for ISO 46 and 68 grades.
Suited for applications involving yellow metals found in axial piston pumps.
Clarity® Synthetic Hydraulic Oils AW are designed for use in mobile and stationary hydraulic vane-, piston-, and gear-type pumps.
Services and support
ISO Cleanliness Code Calculator
Particle contamination is the No. 1 cause of lubricant-related equipment failure. The calculator will help you take the necessary steps needed to redefine clean.