KIXX G1 SP
0W-30High grade gasoline engine oil providing excellent protection Fully Synthetic
Description
Kixx G1 is formulated from VHVI base oils, high performance additive systems and leading edge viscosity index improver, which meet the requirement of current advanced top-tier engine oil grade of API SP. It is optimized to provide complete engine oil performance, especially enhanced durability and fuel efficiency improvement, through wear protection and friction reduction. In addition, it also includes Timing Chain Wear protection and LSPI prevention performances, which are essential for today's modern vehicles.Download
0W-30APPLICATIONS
• High performance cars equipped with T-GDI, GDI, DOHC, EFI and VVT
• Four-stroke gasoline engines in motorcycles (except for motorcycles with wet clutch gearbox)
• Sports vehicles
Timing Chain Wear Protection
High-quality additives effectively protect timing chain against wear that may cause engine power loss and more fuel consumption.
LSPI Prevention
Advanced additives technology efficiently suppresses LSPI phenomena that occasionally occur in combustion chambers of T-GDI engines.
Enhanced Fuel Efficiency
Specifically tailored viscosity characteristics and effective friction modifier help to minimize internal engine friction losses and improve fuel efficiency.
Superior Low Temperature Performance
Superior low temperature properties with proven metal-organic antiwear additives provide easy start-up of engines at extremely low temperature and excellent wear control in even the most sophisticated valve train mechanisms, including those with variable valve timing.
Saves on maintenance costs
High thermal stability and excellent oxidation resistance provides outstanding protection against in-service oil degradation that contributes to filter blocking and sludge formation in the oil galleries, crankcase and engine head.
UNIQUE FEATURES
Kixx G1 SP consists of VHVI base oils and premium additives meeting the requirements of API SP.
It provides excellent antiwear performance and oxidation stability performance under severe operating conditions.
