BROWSE ONLINE - SHOP AND GET HELP IN STORE
Error Storing Vehicle
directions_car close
keyboard_arrow_left
Go back  
keyboard_arrow_right
NGK Ruthenium HX High Ignitability Spark Plug
Part # 97292 | Line Code: NGK
brandNameImage
brandNameImage

$22.83
$22.83
error
Not Fitted

Product Details
expand_less
Ground Electrode Quantity 1
Thread Diameter 0.472
Part Number LKAR6AHX
Heavy Duty Supplier Yes
Service Number LKAR6AHX
Ground Configuration J-Gap
Washer Included Yes
Center Electrode Core Material Copper Core
Short Style Spark Plug No
Seat Type Gasket
Center Electrode Tip Material Ruthenium
Insulator Height 50.5
Ground Electrode Core Material Nickel Core
Skirt Length 0.0
Material Grade Ruthenium
Resistor Type Yes
Alliance Keywords spark plug, bougie d'allumage, bougie
Manufacturer Heat Range 6
Reach 1.043
Ground Electrode Tip Design Dual Fine Electrode (DFE) - High Ignitability
Electrical Terminal Type Non-removable Nut
Thread Size M12 - 1.25
Resistance 5000.00
Gap Size 1.1
Insulator Material Ceramic
Stock Number 97292
Metallurgy Ruthenium
Grade Type Performance
Hex Size 14mm
Part Terminology Spark Plug

Features & Benefits
expand_more
NGK Ruthenium HX High Ignitability spark plugs are the best in class plug for todays modern vehicles. Patented Ruthenium technology offers the most advance tip technology and delivers the highest performance and life expectancy. Created from advanced OE technology as a high ignitability plug; Ruthenium HX spark plugs come with patented, specialized OEM DFE and PSPE tip designs. NGK Ruthenium HX High Ignitability spark plugs provide a more complete fuel burn resulting in a quicker throttle response, smoother idle and better cold starts. Ruthenium center electrode provides industry leading durability.

Application Summary
expand_more

CHEVROLET CITY EXPRESS 2017-2015, NISSAN ALTIMA 2017-2007, CUBE 2014-2009, FRONTIER 2017-2005, MICRA 2017-2015, NV200 2017-2013, ROGUE 2017-2008, ROGUE SELECT 2015-2014, SENTRA 2017-2007, VERSA 2017-2007, VERSA NOTE 2017-2014
Parts Catalog
keyboard_arrow_upBack to Top