FK20HBR8 Automobile Spark Plug High Performance Car Spark Plug For 2GR 7GR TRJ152

Denso Parts
December 12, 2025
Category Connection: Denso Parts
Brief: See the journey from feature description to real application in this concise overview. This video demonstrates the FK20HBR8 Automobile Spark Plug, showcasing its high-performance capabilities for 2GR, 7GR, and TRJ152 engines. You'll learn how this DENSO iridium spark plug enhances engine performance, improves fuel efficiency, and provides long-lasting reliability through detailed installation and performance insights.
Related Product Features:
  • Extended lifespan of approximately 680,000 kilometers with iridium construction.
  • Enhanced engine performance and improved vehicle acceleration capabilities.
  • Fuel-saving design that ensures complete fuel combustion for efficiency.
  • Superior ignition performance with concentrated, strong sparks for better combustion.
  • Easy plug-and-play installation without requiring engine adjustments.
  • High corrosion resistance maintaining consistent spark gap over time.
  • Improved cold start performance and smoother low-speed engine operation.
  • Reduced stalling and misfiring under various driving conditions.
FAQs:
  • What is the lifespan of the FK20HBR8 iridium spark plug?
    The FK20HBR8 iridium spark plug offers an extended lifespan of approximately 680,000 kilometers, significantly longer than standard nickel alloy spark plugs.
  • How does this spark plug improve fuel efficiency?
    It features precise ignition points that ensure complete fuel combustion, reducing fuel consumption and preventing stalling or misfiring under various driving conditions.
  • Is the FK20HBR8 spark plug easy to install?
    Yes, it's designed for plug-and-play installation and can directly replace existing spark plugs without requiring additional engine adjustments.
  • What engines are compatible with the FK20HBR8 spark plug?
    This spark plug is specifically designed for 2GR, 7GR, and TRJ152 engine models, providing optimal performance for these applications.