Protection against premature ignition at low speeds.

Alkaline number of motor oil.

Protection against premature ignition at low speeds.

Alkaline number of motor oil.

Protection against premature ignition at low speeds.

Extra easy starting in winter.

High viscosity index.

Alkaline number of motor oil.

Protection against premature ignition at low speeds.

Alkaline number of motor oil.

Protection against premature ignition at low speeds.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Automotive manufacturer specifications.

High viscosity index.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

These synthetic base oils have a very high viscosity index and are produced using the latest technology. They provide high performance, engine protection, and fuel economy, as well as a longer service life and lower levels of harmful impurities than traditional base oils.

Automotive manufacturer specifications.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

High viscosity index.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Alkylated naphthalenes. A unique API Group V fluid class. Provides improved hydrolytic, thermal, and oxidative stability. A "sticky" effect occurs on metal due to its polar properties.

Protection against premature ignition at low speeds.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Automotive manufacturer specifications.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Alkylated naphthalenes. A unique API Group V fluid class. Provides improved hydrolytic, thermal, and oxidative stability. A "sticky" effect occurs on metal due to its polar properties.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Automotive manufacturer specifications.

Automotive manufacturer specifications.

Extra easy starting in winter.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Extra easy starting in winter.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Alkylated naphthalenes. A unique API Group V fluid class. Provides improved hydrolytic, thermal, and oxidative stability. A "sticky" effect occurs on metal due to its polar properties.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Automotive manufacturer specifications.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Protection against premature ignition at low speeds.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Protection against premature ignition at low speeds.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Alkaline number of motor oil.

Protection against premature ignition at low speeds.

Alkaline number of motor oil.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

High viscosity index.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Alkylated naphthalenes. A unique API Group V fluid class. Provides improved hydrolytic, thermal, and oxidative stability. A "sticky" effect occurs on metal due to its polar properties.

Automotive manufacturer specifications.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Protection against premature ignition at low speeds.

Alkaline number of motor oil.

Automotive manufacturer specifications.

High viscosity index.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

These synthetic base oils have a very high viscosity index and are produced using the latest technology. They provide high performance, engine protection, and fuel economy, as well as a longer service life and lower levels of harmful impurities than traditional base oils.

High viscosity index.

Alkaline number of motor oil.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Extra easy starting in winter.

Protection against premature ignition at low speeds.

Extra easy starting in winter.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Automotive manufacturer specifications.

Automotive manufacturer specifications.

Extra easy starting in winter.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Alkylated naphthalenes. A unique API Group V fluid class. Provides improved hydrolytic, thermal, and oxidative stability. A "sticky" effect occurs on metal due to its polar properties.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Automotive manufacturer specifications.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Extra easy starting in winter.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Automotive manufacturer specifications.

Automotive manufacturer specifications.

Extra easy starting in winter.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

High viscosity index.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Alkylated naphthalenes. A unique API Group V fluid class. Provides improved hydrolytic, thermal, and oxidative stability. A "sticky" effect occurs on metal due to its polar properties.

Automotive manufacturer specifications.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Automotive manufacturer specifications.

Polyalphaolefins. A synthetic base with excellent frost resistance, high oxidation stability, and resistance to oil aging.

Protection against premature ignition at low speeds.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

Protection against premature ignition at low speeds.

Recommended for use in vehicles with installed particulate filters (exhaust gas aftertreatment systems).

Protection against premature ignition at low speeds.

Alkaline number of motor oil.

Protection against premature ignition at low speeds.

Extra easy starting in winter.

Protection against premature ignition at low speeds.

Alkaline number of motor oil.

Protection against premature ignition at low speeds.

Alkaline number of motor oil.

Automotive manufacturer specifications.

High viscosity index.

The most effective friction modifier. In addition to the already known antifriction properties, it also strengthens the surfaces, leaving a durable and slippery additional layer of solid lubricant between them.

These synthetic base oils have a very high viscosity index and are produced using the latest technology. They provide high performance, engine protection, and fuel economy, as well as a longer service life and lower levels of harmful impurities than traditional base oils.

High viscosity index.

Alkaline number of motor oil.