Divinol HE 32 / HE 46

Biodegradable HEES hydraulic oil on synthetic esters, for farm and forestry machinery

Business customers only. We sell wholesale, invoiced to registered companies.

Standards & approvals

  • The European Union's voluntary ecolabel for products, including lubricants, with reduced environmental impact across their life cycle.

  • OECD 301B biodegradability above 60 %

    OECD test measuring carbon dioxide evolved over 28 days; above 60 % counts as "readily biodegradable".

Also listed

  • Euromargerite

Specifications

Brand
Divinol
Viscosity
ISO VG 46
Manufacturer code
48800
Availability
On request

Typical characteristics

PropertyTypical valueMethod
Colour / Appearanceclear, yellow
Density/20°C919 kg/m³DIN 51 757
Viscosity/0°C370 mm²/sDIN 51 562
Viscosity/40°C46 mm²/sDIN 51 562
Viscosity/100°C10 mm²/sDIN 51 562
Viscosity index190DIN ISO 2909
Flash point (Cleveland)> 220 °CDIN ISO 2592
Pour point< -35 °CDIN ISO 3016
Corrosion effect on Copper1bDIN EN ISO 2160
Water hazard class, concentratenot hazardous to waters

Complete documentation

Manufacturer's description

Divinol HE 32 / HE 46 is a biodegradable hydraulic oil based on synthetic, biologically degradable esters combined with powerful, eco-friendly additive packages. It offers excellent oxidation stability, corrosion protection, low-temperature properties and EP behaviour, and thanks to its high viscosity index it covers ISO VG classes 32 to 68 in one product. It is awarded the "Euromargerite" Ecolabel according to DE/027/109 and is listed by the distributor for DIN ISO 15380 (HEES) and VDMA 24568. The oil is designed for hydraulic units operating in varying climatic conditions wherever leakage could bring the oil into contact with soil or ground water. It is mainly used in agricultural and forestry machinery, construction and water-management equipment, and in vehicles working on landfill sites or ski slopes. Compared with products based on vegetable triglycerides, Divinol HE 46 shows significantly better high-temperature oxidation stability. When converting from mineral oil, the system should always be drained and rinsed thoroughly: residual mineral oil reduces biodegradability and, in higher quantities, can worsen foaming. Follow VDMA 24569 when changing to biodegradable hydraulic fluids, and change the oil according to thermal load and the equipment manufacturer's specifications.

Applications

  • Hydraulic units operating under varying climate conditions, where there is a risk of leakage into the ground or groundwater
  • Mainly used in agriculture, forestry, construction and water-management machinery, and in vehicles used at landfill sites or on ski slopes
  • Change the oil according to thermal load and the manufacturer's specifications
  • When converting from mineral oil, empty and flush the unit thoroughly first — residual mineral oil reduces biodegradability and can worsen foaming — follow VDMA 24569 when switching to a biodegradable hydraulic fluid

Performance & benefits

  • Based on synthetic, biodegradable ester and a powerful eco-friendly additive package
  • Excellent oxidation stability, corrosion protection, low-temperature behaviour and EP performance
  • High viscosity index covers ISO VG classes from 32 to 68
  • Better high-temperature oxidation stability than products based on vegetable triglycerides
  • Awarded the 'Euromargerite' label per DE/027/109

Fits

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