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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 J 1704, ISO 4925 and the safety regulations FMVSS 116 DOT 3 and DOT 4 from the United States of America are exceeded.
Application note
RAVENOL DOT 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 is miscible with all known brake fluids of the same specification. To use the high performance level of RAVENOL DOT , a complete change of the brake fluid is recommended.
RAVENOL DOT is not suitable for vehicles with mineral oil systems (e.g. certain Citroën models).
FOLLOW VEHICLE MANUFACTURERS RECOMMENDATIONS WHEN ADDING BRAKE FLUID KEEP BRAKE FLUID CLEAN AND DRY. Contamination with dirt, water, petroleum products or other materials may result in brake failure or costly repairs.
STORE BRAKE FLUID ONLY IN ITS ORIGINAL CONTAINER. KEEP CONTAINER CLEAN AND TIGHTLY CLOSED TO PREVENT ADSORPTION OF WATER. CAUTION! DO NOT REFILL CONTAINER AND DO NOT USE FOR OTHER LIQUIDS.
Dispose of used brake fluid responsibly (EU waste code 160113).
Brake fluid damages paint work –if spilt wash off immediately with plenty of water.
Characteristics
- Fluidity even at very low temperatures
- Optimal ABS properties.
- Chemical stability.
- High lubricating power
- Neutral behavior towards brake parts.
- Can be mixed with all brake fluids of the same specification.
Technical data
| Property | Unit | Data | Audit |
|---|---|---|---|
| Aussehen/Farbe | hellgelb | VISUELL | |
| Ablagerungen | % | <0,05 | FMVSS 116 |
| Aluminium | Δ mg/cm² | +0,02 | FMVSS 116 |
| SBR bei 120 °C | Ø Δ, mm | +0,73 | FMVSS 116 |
| SBR bei 70 °C | Ø Δ, mm | +0,56 | FMVSS 116 |
| Siedepunkt | °C | 271 | FMVSS 116 |
| Stahl | Δ mg/cm² | -0.01 | FMVSS 116 |
| Veränderung der Härte | °IRHD | -4 | FMVSS 116 |
| Veränderung des Durchmessers von Gummi | +0,16 | FMVSS 116 | |
| Verdampfungsverlust | %w/w | 61 | FMVSS 116 |
| Verzinntes Eisen | Δ mg/cm² | +0,04 | FMVSS 116 |
| Viskosität bei 100 °C | mPa*s | 2,41 | ASTM D445 |
| Viskosität bei -40 °C | cSt | 1340 | ASTM D445 |
| Wasseraufnahme bei +60 °C | klar, keine Ablagerungen | FMVSS 116 | |
| Wasseraufnahme bei -40 °C | klar, 3s | FMVSS 116 | |
| Wassergehalt | mg/kg | <0,2 | DIN 51777-1 |
| Zink | Δ mg/cm² | +0,01 | FMVSS 116 |
| Chemische Stabilität | °C | +1 | FMVSS 116 |
| Dichte bei 20 °C | kg/m³ | 1052,0 | EN ISO 12185 |
| EPDM bei 120 °C | Δ Härte | -2 | FMVSS 116 |
| EPDM bei 70 °C (Anforderung aus SAE J1703) | Δ Härte | -2 | FMVSS 116 |
| Erscheinungsbild | i.O. | FMVSS 116 | |
| Fließfähigkeit und Erscheinung bei -40 °C | i.O., 4s | FMVSS 116 | |
| Fließfähigkeit und Erscheinung bei -50 °C | i.O., 8s | FMVSS 116 | |
| Gusseisen | Δ mg/cm² | -0,03 | FMVSS 116 |
| Hoch Temperatur Stabilität | °C | -1 | FMVSS 116 |
| Kupfer | Δ mg/cm² | -0,05 | FMVSS 116 |
| Messing | Δ mg/cm² | -0,08 | FMVSS 116 |
| Mischbarkeit bei +60 °C | klar, keine Ablagerungen | FMVSS 116 | |
| Mischbarkeit bei -40 °C | klar, keine Phasentrennung | FMVSS 116 | |
| Nasssiedepunkt | °C | 169 | FMVSS 116 |
| Naturell bei 70 °C (Anforderung aus ISO 4925) | Ø Δ, mm | +0,38 | FMVSS 116 |
| pH-Wert | 8,20 | FMVSS 116 |