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EN
RAVENOL SCOOTER 4-Takt Fullsynth. is a full synthetic high quality green colored engine oil based on PAO for 4-stroke small engines. A specially designed additive package and a formulation with special ingredients for a high viscosity index ensure for a clean engine and clean inlet and exhaust systems and thus proper lubrication and wear protection.
RAVENOL SCOOTER 4-Takt Fullsynth. due to its special additives and the selection of base oils and its viscosity an energy-saving operation of engines. Due to its special active ingredients ensures
RAVENOL SCOOTER 4-Takt Fullsynth. for a cleaner engine and clean inlet and exhaust systems.
RAVENOL SCOOTER 4-Takt Fullsynth. is the product for optimal life of the machine.
RAVENOL SCOOTER 4-Takt Fullsynth. ensures excellent cold start performance for optimum lubrication safety in the cold run phase.
Application Note
RAVENOL SCOOTER 4-Takt Fullsynth. is for use in 4 -Stroke engines.
Characteristics
- High wear protection
- Fuel savings through smooth running properties
- Excellent detergent and dispersant properties
- Prevention of black sludge formation
- Long life due to high oxidation stability
- Excellent cold start behavior
- Very good viscosity-temperature behavior
- Low evaporation tendency
Technical Product Data
| Property | Unit | Data | Audit |
|---|---|---|---|
| Density at 20 °C | kg/m³ | 847,0 | EN ISO 12185 |
| Colour | grün | VISUELL | |
| Viscosity at 100 °C | mm²/s | 13,3 | DIN 51562-1 |
| Viscosity at 40 °C | mm²/s | 78,2 | DIN 51562-1 |
| Viscosity Index VI | 173 | DIN ISO 2909 | |
| HTHS Viscosity at 150 °C | mPa*s | 3,91 | ASTM D5481 |
| CCS Viscosity at -30 °C | mPa*s | 5480 | ASTM D5293 |
| Low Temp. Pumping viscosity (MRV) at -35 °C | mPa*s | 25.000 | ASTM D4684 |
| Pourpoint | °C | -39 | DIN ISO 3016 |
| Noack Volatility | % M/M | 7,4 | ASTM D5800 |
| Flashpoint | °C | 240 | DIN EN ISO 2592 |
| tbn | mg KOH/g | 11,8 | ASTM D2896 |
| Sulphated Ash | %wt. | 1,19 | DIN 51575 |
All indicated data are approximate values and are subject to the commercial fluctuations.