Description
Castrol Hyspin AWS 68 High-performance hydraulic oils are based upon highly refined mineral oil enhanced with a stabilized zinc additive system. Ideal for hydraulic systems with increased wear protection requirements.
- Pack size: 208 l barrel
- Also available in: 20 l canister
Application
- For use in industrial hydraulic systems which require antiwear protection
- Lightly loaded gears, variable speed units and bearings
- Compatible with the most commonly used nitrile, silicone and fluropolymer seal materials.
Specifications / Approvals
- DIN 51524-2 – Requirements for HLP hydraulic oils
- ISO 6743/4 Requirements for HM hydraulic oils
Advantages
- Good thermal and oxidative stability. Oxidative stability reduces deposit formation, resulting in a cleaner system. This can extend the machinery’s operating life.
- Excellent anti-wear performance increases wear protection, which can help reduce downtime caused by unscheduled maintenance.
- Good filterability characteristics, including in the presence of water, enables cost savings to be made from increased filter life and reduced maintenance.
- Excellent water separation and hydrolytic stability, measured by industry standard testing. This increases equipment reliability, helping to prolong the lubricant’s life and reduce downtime.
Technical specifications
- ISO Viscosity Grade: 68
- Density at 15°C: 890 kg/m3
- Viscosity at 40°C: 68
- Viscosity at 100°C: 8.6
- Flash Point – open cup method: 225°C
- Flash Point – closed cup method: 220°C
- Pour Point: -21°C
- GLIS number: 15FE2A
- MSDS number: 456618
Description Hyspin AWS range
Hyspin AWS has been specially formulated to provide good anti-wear and thermal stability performance using proven additive technology. The careful blend of additives with a high quality base stock ensures that Hyspin AWS has excellent hydrolytic and oxidative stability while exhibiting a minimal tendency to produce sludge and deposits. In addition, Hyspin AWS provides corrosion protection to ferrous and yellow metal components found within a hydraulic system.
