Description
MOTUL 8100 X CLEAN EFE 5W-30 SYNTHETIC MOTOR OIL – 5LÂ
Advanced 100% Synthetic lubricant that provides at the same time High Protection and Fuel Economy. Approved by
BMW Group, GM (General Motors) Opel, and Mercedes for its Extra Fuel Economy property.
Specially designed for the latest generation cars, powered by Gasoline and Diesel engines, naturally aspirated or turbo charged, direct or indirect injection.
BMW Group, GM (General Motors) Opel, and Mercedes for its Extra Fuel Economy property.
Specially designed for the latest generation cars, powered by Gasoline and Diesel engines, naturally aspirated or turbo charged, direct or indirect injection.
ACEA C2 / C3
API SERVICE SN
APPROVALS BMW LL-04
GENERAL MOTORS GM dexos2™
API SERVICE SN
APPROVALS BMW LL-04
GENERAL MOTORS GM dexos2™
MERCEDES-BENZ MB-Approval 229.52
OPEL OV0401547
VAUXHALL OV0401547
VW 505 00 505 01
PERFORMANCES
VW 505 00 505 01
PERFORMANCES
FIAT 9.55535-S1, FIAT 9.55535-S3
RECOMMENDATIONS HONDA, HYUNDAI, KIA, MITSUBISHI, NISSAN, SSANGYONG, SUBARU, SUZUKI,
TOYOTA
TOYOTA
Engines compliant with Euro 4, 5 and 6 emission regulations are fitted with sensitive exhaust gas after treatment systems.
Indeed, Sulfur and Phosphorus inhibit catalytic converter operation leading to inefficient exhaust gas treatment. Also, Sulfated Ashes clog DPFs leading to shorten regenerating cycles, quick oil aging, higher fuel consumption and engine
power loss.
Indeed, Sulfur and Phosphorus inhibit catalytic converter operation leading to inefficient exhaust gas treatment. Also, Sulfated Ashes clog DPFs leading to shorten regenerating cycles, quick oil aging, higher fuel consumption and engine
power loss.
MOTUL 8100 X-clean EFE 5W-30 has synthetic base stocks coupled with specific friction modifier molecules and dedicated SAPS levels that generate outstanding oil film resistance, reduce friction in the engine and provide after treatment
device compatibility.
device compatibility.
MOTUL 8100 X-clean EFE 5W-30 brings high lubricating properties such as wear protection and high
temperature resistance for better controlled oil consumption.
temperature resistance for better controlled oil consumption.
