Description

RAVENOL Low Emission Truck SAE 15W-40 is a Heavy Duty engine which fulfils API CJ-4 requirements of 2007 and is formulated with unique low SAPS high performance additives in combination with special selected base oils.

RAVENOL Low Emission Truck SAE 15W-40 can be used in new engines and also in older models.

RAVENOL Low Emission Truck SAE 15W-40 reduces friction, wear and fuel consumption.

RAVENOL Low Emission Truck SAE 15W-40 improves performance, reliability and cleanliness of the engines.

RAVENOL Low Emission Truck SAE 15W-40 can be used in diesel and petrol engines and reduces the decision with the oil choice. Lower API specifications are included in API CJ-4 specification.

Application Notes

RAVENOL Low Emission Truck SAE 15W-40 is suitable for use in trucks with EURO 5 engines with exhaust systems and in EURO 3 and EURO 4 engines if required by the engine manufacturer.

RAVENOL Low Emission Truck SAE 15W-40 is suitable for use in trucks with EGR (Exhaust Gas Recirculation) and SCR (Selective Catalytic Reduction) with ULSD (maximum 15 ppm sulfur) and conventional diesel (500 ppm sulfur) from Volvo, Mack, Renault, MAN, Iveco, Daimler, DAF, Caterpillar, Komatsu for DPF (Diesel Particulate Filter) as DPD (Diesel Particulate defuser) by ISUZU, MAZDA, NISSAN and DPR (Diesel Particulate active Reduction) of HINO and TOYOTA.

RAVENOL Low Emission Truck SAE 15W-40 also can be used in commercial vehicles (Nonroad Diesel Engines) with EU Stufe IIIA, IIIB, IV and US Teer 3, Tier 4 Interim engines, Tier 4 Final with bio diesel too.

Characteristics

RAVENOL Low Emission Truck SAE 15W-40  offers:

• Excellent protection of the engine after a cold start and under tougher conditions.
• A fast lubrication and sufficiently thick lubricant film at low temperatures down to  -40°C is guaranteed.
• Security against formation of sludge, carbon deposits, varnish and corrosion, even under adverse conditions.
• Prevention of premature DPF (diesel particulate filter)-constipation and reduces the maintenance intervals.
• Neutrality towards sealing materials.
• A very stable and excellent viscosity behaviour.
• An excellent shear stability.
• Good detergent and dispersing properties. Protection from foaming.
• Outstanding wear and corrosion protection (even at long periods), high oxidation stability, maximum engine cleanliness.
• Extended oil change intervals and supports the behaviour at low temperatures
• Reduces deposits on the valves to improve engine protection and support to the engine power and fuel performance.

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