NGK IFR5N10 Laser Iridium Spark Plug with 14 mm Thread and 0.75 Inch Reach

The NGK IFR5N10 Laser Iridium spark plug features a 14 mm thread size and a 0.75 inch reach, designed for reliable ignition performance across a variety of engine types. Constructed with premium iridium, this spark plug offers exceptional durability and efficient combustion, helping to improve fuel economy and engine response. The gasket seat ensures a proper seal within the cylinder head, reducing the risk of leaks and misfires. Its resistor design minimizes electromagnetic interference, resulting in stable engine operation and cleaner signals. The IFR5N10 is suitable for both gasoline engines and a wide range of vehicle applications, making it a versatile choice for maintenance and repair.

Manufactured by NGK, a trusted name in spark plugs, this product meets strict quality standards for performance and longevity. Its precise engineering ensures optimal spark delivery, which enhances overall engine efficiency. Whether for routine replacement or performance upgrades, the NGK IFR5N10 spark plug provides consistent ignition and reliable starts. Installation is straightforward, and its durable construction ensures long-lasting performance under various driving conditions. This spark plug is an essential component for maintaining engine health and ensuring smooth operation.

Designed with high-quality iridium material, the IFR5N10 offers a longer lifespan compared to traditional plugs. Its compact size and specific dimensions make it compatible with numerous vehicle makes and models, offering flexibility in application. This spark plug is a dependable choice for automotive professionals and DIY enthusiasts aiming to uphold engine performance and reliability.

Features:

• Constructed with durable iridium material for long-lasting performance

• 14 mm thread size with a 0.75 inch reach for versatile compatibility

• Gasket seat for proper sealing and leak prevention

• Resistor design reduces electromagnetic interference

• Engineered for reliable ignition and improved fuel efficiency