Valvoline circulation oils are formulated with quality mineral base oils characterized by their high-viscosity index and enhanced with additives specifically chosen to offer premium protection and exceptional demulsibility properties. They are designed to protect bearings exposed to very high temperatures, as well as systems that could benefit from the advanced water resistance. Moreover, they have excellent thermal and oxidation stability, together with impressive anti-rust, antifoaming, and anti-wear properties.

Valvoline circulation oils are ideal to be used for various different circulating systems, including heavy-duty ones that are used in paper machines. They are available in different ISO viscosity grades.

Valvoline circulation oils are multipurpose oils specifically designed to provide excellent lubrication, maximum efficiency, flawless performance, and outstanding protection. Some of their key benefits include:

• Great oxidation and thermal stability, which is vital for reducing deposit formation and minimising downtime.
• Premium anti-wear properties that help extend the life cycle of equipment and machine parts exposed to high loads.
• Excellent water separation and demulsibility, which helps reduce emulsion formation and facilitates water removal.
• Outstanding anti-rust and anti-corrosion properties that help protect bearings exposed to water and operating in wet environments.

*Check the owner's manual and/or product information sheet before use.

Valvoline circulation oils are engineered to protect and lubricate equipment, machines, and devices that operate in high temperatures. Due to their distinct water-resistance, anti-corrosion, anti-rust, and anti-oxidation properties, these multipurpose oils are suitable to be used in wet and damp environments.

Valvoline circulation oils are recommended for high-temperature paper machine bearings, plain and roller bearings, journal bearings, roller bearings in rolling mills for steel sheets, rolling mills for non-ferrous metal sheets, moderately loaded spur, bevel, and worm gears, gear couplings, parallel shaft gearing, hydraulic pumps, and big low-speed gears that can be found in mixers and mills.