SG: Suitable for older gasoline engines (before 1993), providing basic protection against wear and oxidation.
SH: Suitable for older gasoline engines (before 1996), providing basic protection and good lubrication.
SJ: Suitable for gasoline engines manufactured before 2001. Protects engines from wear and deposits.
SL: It provides reliable engine protection and clean combustion for previous generation gasoline engines.
SM: Compatible with gasoline engines, it offers good wear protection as well as high thermal stability.
SN: Suitable for modern four-stroke gasoline engines. Offers high protection against wear, reduces engine deposits, and ensures clean and efficient operation.
SN+: Suitable for modern gasoline engines. Offers protection against wear, reduces deposits, and provides greater safety for engines with modern combustion systems.
SP: The most advanced specification for gasoline engines. It offers increased wear protection, reduces deposit buildup, and protects against LSPI (Low-Speed Pre-Ignition) in modern high-performance engines.
TC: Suitable for two-stroke engines (2T), ensures good lubrication and protects the engine from wear and overheating.
TC+: Improved version of TC, offering even better engine protection and reduced residue formation. Ideal for modern high-performance two-stroke engines.
ISO-L-EGB: Basic specification for two-stroke engines. Provides adequate lubrication and engine protection, but does not significantly limit smoke or deposits. Ideal for everyday use in standard 2T two-stroke engines.
ISO-L-EGC: Improved specification compared to ISO-L-EGB. Offers cleaner combustion, reduced carbon deposits, and better engine protection, suitable for more demanding use or modern two-stroke motorcycles.
ISO-L-EGD: Ensures exceptionally clean combustion, minimal smoke, high engine protection, and longer lifespan. Ideal for high-performance 2T motorcycles or demanding riding conditions.
It indicates how viscous a lubricant is. It is determined by two numbers. The first, with the letter "W" (Winter), refers to how the oil flows when it is cold. The second refers to how the oil flows when it is hot under engine operating conditions.
Semi-synthetic: Combination of synthetic and mineral oils. They offer better performance than traditional mineral oils, while being more economical than synthetic ones. Ideal for mid-range vehicles.
Synthetic: Oils created from chemical compounds, aimed at providing high performance and protection for the engine. They have a homogeneous composition and greater resistance to extreme temperatures. Ideal for modern high-performance engines.
Mineral Oils: Oils derived from natural crude oil through refining and purification. They provide reliable lubrication and engine protection, with good performance under normal operating conditions. Ideal for everyday use and older engines.
