Castrol Optigear Synthetic A 320, 208-Ltr-Drum

Castrol Optigear Synthetic A are fully synthetic high performance gear oils with PD (plastic deformation) technology. They offer optimum wear protection under extreme thermal loads and the most severe operating conditions such as high loads, vibration, oscillation and shock loads. The wide temperature application range, especially at low start-up temperatures, and the high load-carrying capacity particularly characterize these industrial gear oils. Thermally and mechanically stable polyalphaolefin and PDAdditivation (plastic deformation) adapt to changing operating conditions and actively prevent wear. The surface quality is optimized in a wear-free manner.

Application
Castrol Optigear Synthetic A high performance gear oils are suitable for use in particularly highly loaded industrial gears, with large temperature fluctuations and highest loads, wind turbines, conveyor belts, crane gears, elevators, rolling mills. They can be used for highly loaded eccentrics, gear couplings, chain drives, drives and joints of robots and for positive power transmission as well as for all plain and roller bearings, especially also tapered roller bearings in extruders, vibrating screens, vibrators or for screw presses. Castrol Optigear Synthetic A are suitable for transport systems in winter operation, especially for arctic countries such as Canada, North America and Scandinavia.


Remarks on application
The viscosity specified by the machine manufacturer must be observed. Castrol Optigear Synthetic A is miscible with all mineral oil based gear oils. Full effectiveness is only achieved when used unmixed. Castrol Optigear Synthetic A gear oils are CLP-HC lubricating oils marked according to DIN 51502 and exceed the minimum requirements according to DIN 51517-3.


Advantages

• Good viscosity-temperature behavior
• Wide temperature application range
• Excellent low-temperature behavior, easy start-up, good flowability at extremely low temperatures
• Optimum wear protection
• Reduction of pitting and scoring
• Particularly low coefficient of friction, thus reducing energy costs
• Reduction of oil temperatures
• Significantly extended oil change intervals
• Reduction of maintenance costs
• Shear stable
• High corrosion protection