Clarity Synthetic Hydraulic Oil AW
Ultra high performance synthetic hydraulic oil
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Clarity Synthetic Hydraulic Oils AW are a range of ultra high performance hydraulic fluids, designed with synthetic base stocks and an ashless, zinc-free additive system. Clarity Synthetic Hydraulic Oils AW promote high temperature oxidation resistance, rapid water separation, wear, rust and corrosion protection.
Applications
- Clarity Synthetic Hydraulic Oils AW are designed to offer effective protection to both mobile and stationary hydraulic vane, piston and gear-type pumps in both high-performance industrial applications and environmentally sensitive areas
- Clarity Synthetic Hydraulic Oils AW are designed to meet or exceed the performance requirements of conventional anti-wear hydraulic oils, in severe,high-output applications such as axial piston pumps, while offering an additional level of safety in case of leaks or incidental discharge to the environment
- Many hydraulic systems are required to operate in environmentally sensitive areas where leaks or spills of hydraulic fluid may result in contamination of the soil or nearby waterways. Conventional anti-wear hydraulic oils are formulated with metal-containing performance additives which can persist in the environment in the event of leaks
- The anti-wear performance of Clarity Synthetic Hydraulic Oils AW makes them suitable for high-performance industrial applications utilising axial piston pumps where pressures may exceed 5000 psi
- High level of oxidation stability is especially applicable in high efficiency (highspeed, high temperature, high output) applications where severe stress is placed on the hydraulic fluid
Customer benefits
- Ultra high performance ashless design promotes high level wear protection, rust and corrosion resistance, reducing downtime
- Robust synthetic base stock technology contributes oxidation resistance and increased service life at high operating temperatures
- Advanced synthetic formulation offers hydrolytic stability, rapid water separation performance, foam suppression and filterability
- Very low acute aquatic toxicity to both fish and invertebrates based on tests of water accommodated fractions
- Ashless formulation facilitates conventional recycling programs, offering improved environmental protection
- High VI performance promotes wear protection across a wide temperature spectrum – from cold starts to high temperature operation
- Multi-viscosity properties help lessen the need to change viscosity grades in line with seasonal variations
- High VI design aids improved hydraulic response times across a wide operating temperature range
- Reliable low temperature fluidity contributes protection at temperatures as low as -40°C
- Ashless, zinc-free design promotes high performance protection in vulnerable yellow metal components, reducing maintenance
Performance
| 32 | 46 | 68 | |
| DIN 51524-3 (HVLP, 2006, pt. 3) |
X | X | X |
| ISO 11158 L-HV |
X | X | X |
| Vestas 0000-2843 |
X | ||
| ASTM D6158, HV° |
X | X | X |
| Eaton Vickers 35VQ25A, M-2950-S, I-286 S |
X | X | X |
| Cincinnati Machine P70 | X | ||
| Cincinnati Machine P69 |
X | ||
| Cincinnati Machine P68 |
X | ||
| Frank Mohn, Framo hydraulic cargo pumping |
X | ||
| Bosch-Rexroth RD/RE 90220-01 |
X | X | X |
| Arburg |
X | ||
| Krauss-Maffei Kunststofftechnik |
X |
Always confirm that the product selected is consistent with the original equipment manufacturer’s recommendation for the equipment operating conditions and customer’s maintenance practices
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