5L - 5W40 TOTAL QUARTZ 9000 ENERGY motor oil

5L - 5W40 TOTAL QUARTZ 9000 ENERGY motor oil

Brand: TOTAL
Product Code: T25
Product available in stock : 13
  • 32.00€


5w40 TOTAL QUARTZ 9000 ENERGY motor oil
The product has approvals / meets specifications / products:

SAE viscosity grade 5W-40
Specification by ACEA A3/B4
Specification by API SN/CF
Manufacturer approval CHRYSLER MS-12991
Manufacturer approval FIAT 9.55535-M2
Manufacturer approval MB 229.5
Manufacturer approval PORSCHE A40
Manufacturer approval VW 502.00
Manufacturer approval VW 505.00

TOTAL QUARTZ 9000 ENERGY 5W-40 – an advanced synthetic motor oil developed according to the strict requirements for gasoline and diesel engines of passenger cars.
TOTAL QUARTZ 9000 ENERGY 5W-40 motor oil is designed for turbocharged, multivalve diesel engines with direct injection.

This oil is suitable for the most demanding operating conditions (highway, intensive urban driving…), as well as for all driving styles, particularly high-speed and sporty driving, any time of the year.
Perfectly suited for engines with a catalytic converter and all engines using unleaded or liquefied gas.

ADVANTAGES

  • Wear protection: Due to its anti-wear properties, it provides optimal engine life by protecting its most sensitive parts.
  • Resistance to oxidation: This oil allows for a significant increase in oil change intervals.
  • Any operating conditions: Good fluidity at low temperatures facilitates easy cold starts. Stable at high temperatures
  • Optimal engine protection: Rapid lubrication of all engine components at start-up, even the most fragile
  • Engine cleanliness: Detergent and special dispersing additives/

Next-generation oil for outstanding engine protection.

Age-Resistance technology provides superior long-term engine protection during everyday operation.
Age-Resistance technology provides unrivaled engine protection. Its unique formula creates a stable film on all parts of the lubrication circuit. Engines are protected from all potential factors arising during operation, from wear to oxidation resistance even at elevated temperatures.