• reduces engine components’ wear
  • prevents the formation of sediment and carbon deposit
  • prevents jamming of piston rings
  • provides dispersion and cleaning potential
  • has high viscosity in its viscosity class
  • has dispersion and neutralizing potential TBN >8mgKOH/g
    takes carbon black and residues away from lubricated surfaces
  • has good oxidizing resistance
  • protects lubricated surfaces against wear
  • guarantees stable oil viscosity for engines at work
  • reduces the amount of additional portions of oil for maintenance purposes
API quality class CC
API quality class CC
API quality class CC
API quality class CC
SAE viscosity grade 30
SAE viscosity grade 40
SAE viscosity grade 50
Kinematic viscosity at 100ºC (mm2/s, cSt) 11,9
Kinematic viscosity at 100ºC (mm2/s, cSt) 14,1
Kinematic viscosity at 100ºC (mm2/s, cSt) 17,5
Viscosity index, min 95
Viscosity index, min 96
Viscosity index, min 94
Flow temperature, max (ºC) -27
Flow temperature, max (ºC) -24
Flow temperature, max (ºC) -21
Flash point, min (ºC) 230
Flash point, min (ºC) 270
Flash point, min (ºC) 260
Base number (mg KOH/g) 8,4
Base number (mg KOH/g) 8,5
Base number (mg KOH/g) 8,5