Viscosity: 5W-40

Engine Oil Type: Fully Synthetic

Model: Supersyn 5W-40

What's in the Box: Engine Oil

Fuchs TITAN SUPERSYN 5W-40 High Performance, Fully Synthetic Engine Oil
Fuchs Titan Supersyn 5w40 is an ultra high performance, fuel-economy, fully synthetic engine oil suitable for a variety of vehicles.

This modern, high performance, synthetic motor oil can be used year-round. The good cold flow properties of TITAN SUPERSYN SAE 5W-40 ensure rapid lubrication at all parts of the engine. Friction and wear will be substantially reduced, contributing to improved fuel efficiency.

TITAN SUPERSYN SAE 5W-40 guarantees engine durability and improved oil pressure under city cycle mode as well as under high speed highway running conditions.

Designed for use in petrol and diesel engines, whether naturally aspirated or turbo charged, as an all season motor oil. TITAN SUPERSYN SAE 5W-40 offers good cold start and fuel economy in the winter as well as high thermal stability in summer.

Fuchs Titan Supersyn 5w 40 can be mixed with other high quality hydrocarbon based engine oils. However, to maintain its full performance it should not be mixed with other engine oil and a complete engine oil change is recommended when converting to Fuchs Titan Supersyn 5w40.

Benefits:

Multipurpose use in many different cars
Good cold start performance
Very good engine cleanliness
High thermal stability
Fuel savings at all running conditions
Low evaporation loss
Improved oil pressure
Sustainable wear protection for all engines

Specifications:

Specifications/Approvals
ACEA A3/B4
API SN / API SM / API CF
MB-APPROVAL 229.3
PORSCHE A40
VW 502 00 / VW 505 00
RENAULT RN0700 / RENAULT RN0710

FUCHS Recommendations
BMW LONGLIFE-98
FIAT 9.55535-H2 / 9.55535-M2 / 9.55535-N2 / 9.55535-Z2
GM-LL-A-025
GM-LL-B-025

Technical Information:
Density at 15 °C DIN 51757 0.851 g/ml
Colour DIN ISO 2049 4 ASTM
Flash Point, CoC DIN ISO 2592 234 °C
Dynamic Viscosity at - 30°C DIN 51398 6000 mPas
Kinematic Viscosity at 40°C DIN 51562-1 83.5 mm²/s
Kinematic Viscosity at 100°C DIN 51562-1 14 mm²/s