Eni OSO D 32

Standards & approvals

• DIN 51524-2 HLP

  Hydraulic oil HLP — DIN 51524, part 2

  HLP oils, mineral oils with oxidation, corrosion and antiwear additives; the most quoted reference in industrial hydraulics.

• ISO 11158 HM

  Hydraulic oil, type H HM — ISO 11158

  The international standard for mineral hydraulic fluids; class HM is the antiwear oil, the ISO counterpart of DIN 51524-2 HLP.

• MAN N 698

  MAN N 698 — hydraulic oil

  MAN's specification for hydraulic oils used in its equipment.

Specifications

Brand

Eni

Range

Eni OSO

Category

Hydraulic oils

Type

Mineral oils

Viscosity

ISO VG 32

Manufacturer code

007294

Availability

On request

Typical characteristics

Manufacturer's description

The eni OSO D oils are recommended for hydrodynamic power transmission in machinery of all kinds and in hydrostatic systems across many sectors — transport, construction and mining, as well as chemical and steelworks plant, machine tools, marine and aviation equipment — wherever an anti-wear hydraulic fluid is called for and there is at the same time a risk of contamination by water and impurities. Eni OSO D 32 (ISO VG 32) has a viscosity index of 108 and a flash point of 223°C, and a pour point of -27°C. Its data sheet also lists a foaming result (sequence I) of 10/0 and a pass in the ASTM D 665 rust test B.

Applications

• Detergent/dispersant hydraulic oil designed for hydraulic systems particularly sensitive to contamination from water and impurities; formulated with high-quality base stocks and a unique additive package for excellent antiwear, anti-rust and antioxidant properties.
• Can also be used in all hydrodynamic power-transmission machinery on machine tools.

Performance & benefits

• Preserves its properties even in the presence of water accidentally entering the hydraulic system
• Improves system cleanliness thanks to its detergent/dispersant properties
• Prolongs oil charge life, extending relubrication intervals, thanks to very high thermo-oxidative stability
• Ensures component protection during operation thanks to a robust antiwear additive system