Description

"AMALIE PRO High Performance Synthetic Blend 5W-30 is formulated to exceed the latest API SP and ILSAC GF-6A engine oil categories. A blend of high viscosity index oils, synthetic base stocks, shear stable viscosity modifiers and the latest additive technology, it is specifically formulated for the rigorous environment of gas-direct engine (GDI) and turbo gas-direct engine (TGDI) designs as well as providing increased protection for carbureted or normally fuel injected engines. AMALIE PRO High Performance Synthetic Blend 5W-30 offers improved performance for wear control, oxidative stability, piston cleanliness, and chain wear over previous API and ILSAC oil categories as well as conventionally formulated oils" "Features: Building on the trusted AMALIE technology with enhanced base oil qualities A mix of synthetic base oils to reduce sludge, oxidation, and deposits API SP/CF API SP/CF, ILSAC GF-6A(5W-20, 5W-30, 10W-30) Benefits: The same trusted protection you can count on with imperial turbo in more severe conditions Keep your engine running efficiently and clean between oil changes FACTS ‘n’ FRICTION While it’s not necessarily dangerous to mix a synthetic and conventional oil to create your own blend, all you’d really be doing is diluting the performance characteristics of the synthetic. Unless you have a high-tech lab in your basement to analyze your recipe’s performance capabilities, there’s no telling what sort of characteristics you can expect from your concoction." "Meets or Exceeds The Following Industry Standards: API SP/CF ILSAC GF-6A Ford M2C960A MS-6395 GM 6094"

• Specifications

  • Kinematic Viscosity @40°C, cSt: 65.0
  • "Viscosity Grade: SAE 5W-30
  • Pour Point, °C (°F): -39 (-38)
  • Viscosity Index: 150
  • Flash Point, °C (°F): 226 (438)
  • MRV, cP @ (-35°C) 23,000"
  • Density, S.G: 0.860
  • Cold Cranking Viscosity, cP @ (-30°C) : 6400
  • Kinematic Viscosity @100°C, cSt: 10.5

• Documents and Manuals

  • AML1006-001NO.pdf
  • AML1006-001SE.pdf
  • AML1006-001DK.pdf
  • AML1006-001DE.pdf