RAVENOL Motobike V-Twin SAE 20W-50 Mineral 1 L
RAVENOL Motobike V-Twin SAE 20W-50 Mineral 4 L
RAVENOL Motobike V-Twin SAE 20W-50 Mineral 20 L
RAVENOL Motobike V-Twin SAE 20W-50 Mineral 20 L
RAVENOL Motobike V-Twin SAE 20W-50 Mineral 60 L
RAVENOL Motobike V-Twin SAE 20W-50 Mineral 208 L
Category: Motorbike engine oil
Item number: 1173105
Viscosity: 20W-50
Application: Motorcycle
Oil type: Mineral

RAVENOL Motobike V-Twin SAE 20W-50 Mineral is a high grade, mineral 3-in-1 lubricant for engine, drive and crankshaft that was specially designed for cruiser and chopper motorcycles. Thanks to its special components and specifically attuned, innovative additives, it is excellently suited for the demanding engines, drives and crankshafts of cruise and chopper motorcycles.

RAVENOL Motobike V-Twin SAE 20W-50 Mineral reduces the friction and reliably protects the valves and the crankshaft against metal-to-metal contact. The consistent viscosity reduces load peaks at high temperatures.

RAVENOL Motobike V-Twin SAE 20W-50 Mineral demonstrates excellent stability and durability against thermal loads under extremely high temperatures that can occur in air-cooled V-twin engines.

Application note

RAVENOL Motobike V-Twin SAE 20W-50 Mineral is suitable as an engine oil for all V-twin chopper and cruiser motorcycles if the specification SAE 20W-50 is required.

Characteristics

  • a very stable and outstanding viscosity behaviour
  • reduced friction
  • outstanding viscosity temperature characteristics
  • a reliable lubrication film at extremely high operating temperatures
  • very good protection against wear and corrosion
  • protection against foaming
  • excellent deterging and dispersing properties

Technical data

Property Unit Data Audit
Aussehen/Farbe braun VISUELL
TBN mg KOH/g 8,7 ASTM D2896
Viskosität bei 100 °C mm²/s 20,4 DIN 51562-1
Viskosität bei 40 °C mm²/s 173,4 DIN 51562-1
Viskositätsindex VI 137 DIN ISO 2909
CCS Viskosität bei -15 °C mPa*s 6459 ASTM D5293
Dichte bei 20 °C kg/m³ 878,0 EN ISO 12185
Flammpunkt °C 236 DIN EN ISO 2592
Pourpoint °C -33 DIN ISO 3016
Download PDF