2010 Mercury Milan Engine Oil Filter 6 Cyl 3.0L Wix

  • WIX Oil Filters provide excellent engine protection using conventional, synthetic, or synthetic-blended motor oils, as recommended by the OE vehicle manufacturer, for normal and severe driving conditions such as stop and go traffic, dirt roads, construction sites, short trips, and interstate travel. WIX filters are recommended for OEM oil and filter change intervals, typically 3,750 to 10,000 miles, not to exceed 12 months. This filter traps up to 50% more dirt and contaminants than Protec with the best combination of capacity & efficiency for severe conditions. When applicable, WIX flexible silicone anti-drainback valve protects against dry engine starts past the traditional filter change interval. Laboratory Test Performance per ISO 454812 18 grams dirt (WIX 51515), 99% efficient at 23 microns (Based on WIX 51515, WIX 51356, WIX 57060)
This Part Fits the Following OEM/Substitute Numbers:
57502MP, 618-57502MP, 67502BP, 7502MP, PTL57502MP

Additional Fitment Information:
Vehicle Block CC Region Engine CID
2010 Mercury Milan V 2968 United States 6 Cyl 3.0L 181
Brand Wix
Part # W6857502MP
Condition New
Warehouse B

Wix

  • WIX Spin-On Lube Filter
  • Master Pack Version; Manufacturer OE Recommended Oil Change Intervals
  • General

    California Proposition 65
    Warning: Cancer And Reproductive Harm - Www.p65warnings.ca.gov
    Outer Diameter Top
    2.94
    Duty Type
    Ld
    Micron
    21.00
    Length
    0.00
    Flow Rate
    10-12 Gpm
    Style
    Spin-on Lube Filter
    Class
    A
    Inner Diameter Bottom
    0.00
    BetaRatio
    2/20=6/20
    Media Material
    Enhanced Cellulose
    Outer Diameter Bottom
    0.00
    Anti-Drain Back Valve
    Yes

    Packaging

    bar code
    765809299856
    package quantity
    1
    length
    3.12 in
    width
    3.12 in
    height
    4.18 in
    weight
    0.67 lb
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

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