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BARDAHL Plasma LXR Oil Booster 400ml

BARDAHL Plasma LXR Oil Booster 400ml

SKU:JA0606-185

Regular price Dhs. 105.00
Regular price Sale price Dhs. 105.00
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    BARDAHL PLASMA LXR Oil booster is the first 100% BIOTECH performance additive,
    formulated without any petrol component. This exclusive oil treatment is the elixir
    of Bardahl formulations. It ensures better protection, lubrication and sustainability
    performance than traditional petroleum-dependent performance additives.

    FEATURES

    • 100% biotech
    • Anti-wear & anti-friction
    • Better cold pumpability
    • Reduced oil consumption
    • Very low fine particle emissions
    • Very good resistance to high temperatures
    • Very good extreme pressure properties
    • High resistance against corrosion

    The New Bardahl Technology

    PLASMA LXR is a real technological breakthrough and a significant innovation in
    formulation. BARDAHL has used the exceptional strength of inductive plasma to
    strengthen the link between vegetal-origin ester molecules. The electrical charges
    of the ionized gas (plasma) will allow the esters to bind together and form electromagnetic
    molecular «small springs», very adherent to metal surfaces. PLASMA LXR
    is an association between this vegetal-origin ester with reinforced properties and
    a package of new generation anti-wear, extreme pressure and friction modifier additives,
    resulting from BARDAHL historical know-how in additivation. BARDAHL PLASMA
    LXR Oil booster will therefore create a magnetic, protective and ultra-lubricating film
    between the moving mechanical parts.

     

    Application

    BARDAHL PLASMA LXR Oil booster will improve all the physicochemical properties of
    engine oils. Perfectly suitable for recent engines and 0W, 5W and 10W fluid lubricants.
    The addition of PLASMA LXR Oil booster into the engine allows to:

    • Reduce the engine operating temperature,
    • Increase the viscosity index and improve the oil stability at very low and very
      high temperatures, including in extreme racing conditions,
    • Improve the pumpability of oil at cold temperatures,
    • Help reduce fuel and energy consumption,
    • Extend mechanical parts lifespan,
    • Limit CO2 emissions.


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