Nanolub® AC-1100 AW/AF

To improve anti-wear and anti-friction properties.

This product is recommended for extending the service life of diesel engine oil by up to three times.



Nanolub® AC-1100 AW/AF is recommended for improving anti-wear and anti-friction performance, as well as for tripling the service life of diesel engine oil.

NanoLub® is formulated using a unique patented technology that incorporates solid molybdenum disulfide (WS2) in multi-layered, fullerene-like nano particles.

These unique multi-layered IF-WS2 nanoparticles exhibit exceptional temperature resistance, ranging from -270°C to 450°C, as well as impressive impact resistance of 5,076,000 PSI and pressure resistance of 4,263,000 PSI.

They remain multifunctional even in the most extreme working conditions, including high and ultra-low temperatures, high pressure, high vacuum, heavy loads, high speeds, intense radiation, and corrosive environments.

  • Excellent anti-friction (AF) and anti-wear (AW) properties.
  • Compatible with both mineral and synthetic oils.
  • This product can be utilized as a complete, ready-to-use motor oil additive package.
  • This product is specifically formulated for trucks, mining dump trucks, buses, marine engines, and diesel generators.
    This can enhance the performance of all types of 4-stroke diesel engines.
  • Additive Features:
    1. Reduce Fuel Consumption
    2. Increase Horsepower
    3. Reduce Engine Noise
    4. Reduce harmful emissions
    5. Extend the Service Life of Diesel Engine Oil


▲Friction Coefficient Comparison Between Nanolub® DEM Series and Other Brand Additives



▲Comparison of Anti-Wear Performance Tests Between Nanolub® DEM Series and Other Brand Additives


  • Color: Dark Gray
  • Fully Synthetic Oil
  • Viscosity: 600-700 cSt at 40 °C
  • Density: 0.9 - 0.97 g/cm³
  • Particle Size: Average 150 nm
  • Health: Non-toxic, closed-cage nanoparticles in accordance with the Organization for Economic Cooperation and Development agreement.
  • Safety: Compliant with REACH Standards