RAVENOL DOT 4 [Translate to Englisch:] 1 L- [Translate to Englisch:] 1350601-001
ART.-NR. [Translate to Englisch:] 1350601-001
RAVENOL DOT 4 [Translate to Englisch:] 250 ml- [Translate to Englisch:] 1350601-250
ART.-NR. [Translate to Englisch:] 1350601-250
RAVENOL DOT 4 [Translate to Englisch:] 500 ml- [Translate to Englisch:] 1350601-500
ART.-NR. [Translate to Englisch:] 1350601-500
  • [Translate to Englisch:] 1 L | [Translate to Englisch:] 1350601-001
  • [Translate to Englisch:] 250 ml | [Translate to Englisch:] 1350601-250
  • [Translate to Englisch:] 500 ml | [Translate to Englisch:] 1350601-500
ISO 4925 Klasse 4
SAE J1704
Brake fluid

RAVENOL DOT 4 is a brake fluid for the use in all vehicles with optimum ABS characteristics. There is a chemical stability and it is provided with additives which save the best lubrication efficiency.

Because of the special formulation of RAVENOL DOT 4 the international specifications SAE J1703, ISO 4925 and the safety regulations FMVSS 116 DOT3 and DOT4 from the United States of America are exceeded.

Application Notes

RAVENOL DOT 4 can be used in all vehicles for which the DOT 4 specification for brake fluids is required. It is suitable for all hydraulic brake systems with synthetic fluids.

RAVENOL DOT 4 is miscible with all known brake fluids of the same specification.



RAVENOL DOT 4  offers:

  • optimum ABS characteristics.
  • chemical stability.
  • best lubrication efficiency.
  • neutral behaviour regarding brake parts.
  • low viscosity at low temperatures.
  • miscible with all brake fluids of the same specifications.
Density at 20°Ckg/m³1052DIN ISO 12185
Boiling point°C271ISO 4925
wet boiling point°C169ISO 4925
Viscosity at -40°CmPa*s1340DIN EN ISO 3104
kinematic viscosity at 100°Cmm²/s2,41ASTM D445
pH-Wert8,53FMVSS 116
High Temperature Stability°C-1FMVSS 116
Chemical Stability°C1FMVSS 116
Evaporation lossGew%61FMVSS 116
Fluidity & Appearance at -40°Ci.O., 4sFMVSS 116
Fluidity & Appearance at -50°Ci.O., 8sFMVSS 116
Water Tolerance at -40°Cklar, 3sFMVSS 116
Water Tolerance at +60°Cklar, keine AblagerungenFMVSS 116
Compatibility at -40°Cklar, keine PhasentrennungFMVSS 116
Compatibility at +60°Cklar, keine AblagerungenFMVSS 116
Water contentGew.-%<0,2Karl Fischer
Corrosion Resistance
Tinned IronΔ mg/cm²-0,03FMVSS 116
SteelΔ mg/cm²-0,01FMVSS 116
AluminiumΔ mg/cm²0FMVSS 116
Cast IronΔ mg/cm²-0,03FMVSS 116
BrassΔ mg/cm²-0,08FMVSS 116
CopperΔ mg/cm²-0,05FMVSS 116
ZincΔ mg/cm²0,01FMVSS 116
Aussehen der Flüssigkeiti.O.
Ablagerungen%<0,05FMVSS 116
pH-Wert8,2FMVSS 116
Veränderung des Durchmessers von Gummi0,16FMVSS 116
Veränderung der HärteIRHD-4FMVSS 116
Tinned IronΔ mg/cm²0,04FMVSS 116
AluminiumΔ mg/cm²0,02FMVSS 116
SBR bei 70°CØ Veränderung, mm0,56FMVSS 116
__Härte, IRHD-3FMVSS 116
___Volumen, %6,21FMVSS 116
SBR bei 120°CØ Veränderung, mm0,73FMVSS 116
__Härte, IRHD-7FMVSS 116
___Volumen, %7,69FMVSS 116
EPDM bei 70°C (Anforderung aus SAE J1703)Härte, IRHD-2FMVSS 116
___Volumen, %1.39FMVSS 116
EPDM bei 120°CHärte, IRHD-2FMVSS 116
___Volumen, %1,91FMVSS 116
Naturell bei 70°C (Anforderung aus ISO 4925)Ø Veränderung, mm0,38FMVSS 116
__Härte, IRHD-5FMVSS 116
___Volumen, %4,61FMVSS 116