Eni Arnica 15

Standards & approvals

• DIN 51524-3 HVLP

  Hydraulic oil HVLP — DIN 51524, part 3

  HVLP oils, with the HLP additive package and a high viscosity index, for a wide temperature range.

• ISO 11158 HV

  Hydraulic oil, type H HV — ISO 11158

  Class HV of ISO 11158: an antiwear hydraulic oil with a high viscosity index, for systems exposed to wide temperature swings.

• AFNOR NF E 48-603 HV

  NF E 48-603 type HV

  Class HV of the French standard: an antiwear hydraulic oil with a high viscosity index.

• BS 4231 HSE

  BS 4231 class HSE — hydraulic viscosity grade

  Class HSE of the British hydraulic fluid viscosity classification, sitting around ISO VG 68.

Specifications

Brand

Eni

Range

Eni Arnica

Category

Hydraulic oils

Type

Mineral oils

Viscosity

ISO VG 15

Manufacturer code

007983

Availability

On request

Typical characteristics

Manufacturer's description

Eni Arnica 15 is a high performance anti-wear hydraulic oil, formulated specifically to meet the demands of high-pressure hydraulic systems, both industrial and mobile. It is formulated with selected base oils and a low-zinc additive package, which deliver excellent antioxidant properties and thermal and hydrolytic stability. Eni Arnica 15 is recommended for equipment working across a wide temperature range in the open — machines started at low temperatures and run at high ones (marine applications). It is also recommended for indoor equipment whose control systems require the viscosity to change little with temperature.

Applications

• High-performance anti-wear hydraulic oil, specifically designed for the needs of modern high-pressure industrial and mobile-equipment hydraulic systems.
• Formulated with selected base oils treated with 'low-zinc' technology, ensuring excellent thermal, oxidative and hydrolytic stability.
• Recommended for outdoor equipment operating across a wide temperature range, such as systems with cold start-up and high operating temperatures (marine applications).
• Also suited to indoor equipment with control systems that need minimal viscosity change with temperature.

Performance & benefits

• Suited to applications operating across a wide temperature range, thanks to a high viscosity index and excellent viscosity stability.
• Suitable for hydraulic systems with very fine filters (3 microns).
• Prolongs oil service life and re-lubrication intervals, thanks to very high thermo-oxidative stability.
• Protects hydraulic pumps and components, thanks to outstanding anti-wear properties.
• Helps prevent aeration and cavitation damage in low-residence-time systems, thanks to rapid air release.
• Compatible with a wide variety of component metallurgy.
• Maximises the efficiency of water-removal systems, thanks to excellent demulsibility.