Product categories Product lines
Location settings
Back to the overview | Eurol HDX 40

Eurol HDX 40

Art. E100272-200L
Mineral motor oil for diesel engines
Eurol HDX 40 is specifically developed for light to heavily loaded gasoline engines, diesel engines with and without turbo, and stationary engines. This oil is also suitable for diesel engines running on a higher sulfur content (up to 0.5%).
 
Eurol HDX 40 has a strong cleaning and protective ability. As a result, it prevents carbon deposits and build-up on pistons, valves, and in combustion chambers.
 
Eurol HDX 40 offers good protection against wear, corrosion, sludge, and foaming, while remaining stable even at high temperatures and preventing oil thickening.
 
Eurol HDX 30, 40, and 50 also meet API CF-2, which is prescribed for 2-stroke diesel engines, particularly those of Detroit Diesel.
 
Please note that due to the presence of zinc-containing additives, this oil is not recommended for use in engines with silver-plated components.
 
Eurol HDX 40 is mainly used in diesel engines where a monograde engine oil is prescribed with the specifications below, in various sectors such as construction, shipping, and fishing.
 
Eurol HDX 40 can also be used as transmission oil or hydraulic oil if an engine oil with this viscosity grade is recommended.

Disclaimer

The text on this page is an AI translation. While we continually strive for accurate and useful translations, we cannot guarantee that all translations are error-free or always reflect the correct context and nuances.

See points of sale Contact us
Eurol HDX 40
Specifications
Composition description Mineral
Color brown
Density at 20°C 0.888
Pour point -30 celsius
Flash Point 267 celsius
Sulfated Ash 1.67
Viscosity Index 98
Viscosity, kinematic at 40°C 150.6
Viscosity, kinematic at 100°C 14.8
Viscosity Description SAE 40
Performance
Performance level API SG/CF/CF-2 | API CF-4 | MB 228.1 | MAN 271 | Deutz DQC I-02
Recommended for use ACEA E2 | MB 228.0 | MAN 270
Downloads
Image
Product information
Safety information