Iridium Electrode: 25% smaller than platinum and 1/4 the size of a conventional nickel electrode, reducing the voltage requirement for spark, improving ignition efficiency, and enhancing engine performance.
Fine Wire Center Electrode: The ultra-fine (0.6mm) center electrode ensures high durability and stable spark, reducing the voltage requirement and extending ignition system life.
Tapered Cut Ground Electrode: Reduces quenching and enhances flame core growth for better ignitability and performance.
Enhanced Anti-Corrosion: New metal shell plating provides improved anti-corrosion qualities, ensuring the plug lasts longer in harsh environments.
Optimized for Performance: Designed for high-performance engines, these spark plugs improve acceleration, fuel efficiency, and overall engine response.
Construction: Projected Tip, Fine Wire Iridium Center Electrode, Tapered Cut Ground Electrode
Plating: Enhanced anticorrosion metal shell plating
Applications:
Honda Models:
CBR1100XX (1997-2003)
CBR929RR (1999-2001)
CBR929RE Erion Racing Edition (2001)
Benefits:
Improved Spark Efficiency: The iridium center electrode creates a brighter, stronger spark, improving ignition and fuel efficiency.
Enhanced Engine Performance: Fine wire electrode and tapered ground electrode enhance acceleration and throttle response.
Increased Durability: The high-quality iridium material extends plug life, making it suitable for high-performance engines.
Fuel Efficiency: Reduces the need for excessive voltage, improving overall engine efficiency and fuel consumption.
Overview:
The NGK Iridium IX Spark Plug - CR9EHIX9 is the ultimate evolution in spark plug technology, designed for high-performance engines that demand precision and reliability. Its fine wire center electrode and tapered cut ground electrode work together to provide a more efficient spark, improved performance, and longer engine life. This spark plug is ideal for a wide range of Honda motorcycles, particularly high-performance models like the CBR1100XX and CBR929RR, offering significant improvements in acceleration, fuel efficiency, and engine response.