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SUPEROL CB

  • 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 class SAE 10W; 30; 40; 50
  • has dispersion and neutralizing potential TBN >2,5mgKOH/g
  • takes carbon black and residues away from lubricated surfaces
  • has good oxidizing resistance
  • guarantees optimal viscosity for engines at work
  • reduces the amount of additional portions of oil for maintenance purposes
API quality class CB/SC
API quality class CB/SC
API quality class CB/SC
API quality class CB/SC
SAE viscosity grade 10W
SAE viscosity grade 30
SAE viscosity grade 40
SAE viscosity grade 50
Kinematic viscosity at 100ºC (mm2/s, cSt) 5,7
Kinematic viscosity at 100ºC (mm2/s, cSt) 11,2
Kinematic viscosity at 100ºC (mm2/s, cSt) 14,5
Kinematic viscosity at 100ºC (mm2/s, cSt) 17,5
Viscosity index, min 100
Viscosity index, min 95
Viscosity index, min 94
Viscosity index, min 92
Flow temperature, max (ºC) -30
Flow temperature, max (ºC) -24
Flow temperature, max (ºC) -21
Flow temperature, max (ºC) -21
Flash point, min (ºC) 230
Flash point, min (ºC) 260
Flash point, min (ºC) 260
Flash point, min (ºC) 260
Base number (mg KOH/g) 4,0
Base number (mg KOH/g) 4,5
Base number (mg KOH/g) 4,5
Base number (mg KOH/g) 4,5