NGK SPARK PLUG BR9EIX RACING NG3981

NGK SPARK PLUG BR9EIX RACING NG3981

£16.04
Sale price  £16.04 Regular price 
Skip to product information
NGK SPARK PLUG BR9EIX RACING NG3981

NGK SPARK PLUG BR9EIX RACING NG3981

£16.04
Sale price  £16.04 Regular price 

NGK BR9EIX Single Iridium IX Spark Plug [3089]



Features:




  • The ultimate spark plug technology and performance from NGK.

  • Iridium electrode is 25% smaller than platinum and 1/4 the size of a conventional nickel electrode.

  • Ultra-fine (0.6 mm) diameter center electrode reduces voltage requirement and extends ignition system life.

  • Enhanced anti-corrosion qualities with new metal shell plating.

  • Tapered cut ground electrode reduces quenching for improved flame growth and combustion efficiency.

  • Designed for high-performance applications, improving acceleration and fuel efficiency.

  • Solid terminal top for durability under high vibration conditions.



Specifications:




  • Heat Range: 9

  • Thread Size: 14 mm

  • Reach: 19 mm (3/4")

  • Hex Size: 13/16" (20.6 mm)

  • Seal Type: Gasket Seat

  • Electrode Material: Fine Wire (0.6 mm) Iridium Center Electrode

  • Ground Electrode: Tapered Cut

  • Gap: .031" (0.8 mm)

  • Terminal Type: Solid Terminal Nut (non-removable)

  • Type: Resistor

  • Units: Each

  • Weight: 0.12 lbs

  • Part Number: 37-BR9EIX (oro2u.com) 3089

  • Cross-Reference Numbers: B9ES, BR9ES, BR9EVX



Compatible Models:



Kawasaki:




  • 2010 KX85



Yamaha:




  • 2006–2012 YZ125



Product Summary:




  • Description: NGK Iridium IX Plug, 14mm Thread Size, 19mm (3/4") Reach, Gasket Seat, Resistor. Designed for high-performance engines requiring enhanced ignitability, durability, and efficiency.

  • Details: NGK Iridium plugs provide superior ignitability with an ultra-fine center electrode for reduced voltage requirements. Tapered cut ground electrode minimizes flame quenching, promoting better combustion and performance. Durable, triple-sealed design prevents interior leakage, ensuring longevity and reliability in demanding conditions.

You may also like