Free Economy Delivery On Orders Over £75!*

*Excludes Fuel

5W40 Engine Oil

Brand:RED LINE® SKU: 15409

£22.68 (Inc. VAT)

Tax included

Available Now!

  • Suitable for VW/Audi 500.00/501.01/ 502.00/505.00/505.01 BMW LL-01 water-cooled Porsche A40 and Mercedes-Benz 229.1/229.3/229.5 applications
  • Thicker oil film at operating temperature than a petroleum 20W50
  • Recommended for API SN/SM/SL/CF and ACEA A3/B3/B4
  • Popular in turbocharged applications

Further Info
  • Fully synthetic ester formula for passenger cars, light pick-up trucks and performance vehicles
  • Designed to provide the highest protection, efficiency, cleanliness and superior drain intervals
  • Excellent wear protection and friction reduction across a wide range of operating conditions
  • High detergency allows extended drain intervals and provides increased cleanliness
  • Improved fuel economy and ring seal for more power
  • Superior high-temperature stability and oxidation resistance increases lubrication of hot metal compared to other synthetics
  • High natural viscosity index (VI) provides thicker oil film in bearings and cams
  • Less evaporation than other synthetics for improved efficiency and ring seal
  • Blended with polyol ester base stocks that feature natural multi-grade properties, avoiding unnecessary additives that hinder lubricity
  • All products are completely compatible with other conventional and synthetic engine oils

OEM Compatibility:

BMW 07 51 0 037 633
BMW 07 51 0 038 649
BMW 81 22 9 407 547
Lexus 08880-82790
Lexus 08880-82800
MB 229.1
MB 229.3
MB 229.5
Mopar 05127394PB
Mopar MS-10725
Nissan KE900-90032
Nissan KE900-90042
VW 500.00
VW 501.01
VW 502.00
VW 503.01
VW 505.00-97
VW 505.01-99

5W40 Data Sheet

5W40 Safety Data Sheet

ACEA Service Class A3 B3/B4
API Service Class SN/SM/SL/CF
SAE Viscosity Grade (Motor Oil) 5W40
Vis @ 100°C, cSt 15.6
Vis @ 40°C, cSt 97
Viscosity Index 174
CCS Viscosity, Poise, @ °C 58@-30
Pour Point, °C -45
NOACK Evaporation Loss,1hr @ 482°F (250°C), % 6
HTHS Vis, cP @150°C, ASTM D4741 4.4