Laser Iridium Spark Plug 3764 Bkr6eix-11 Universal Orginal Spark Plug

Laser Iridium Spark Plug 3764 Bkr6eix-11 Universal Orginal High Quality Spark Plug

Key Features:

• High-Quality Nickel Alloy Construction: Durable center and ground electrodes resist wear, fouling, and thermal stress for longer lifespan and consistent performance.

• Universal Compatibility: Fits a broad array of vehicles, including cross-references to M96130723, BKR6E-11, and BKR5E-11 models; suitable for gasoline engines in cars, trucks, motorcycles, and small engines (verify with your vehicle's manual for exact fit).

• Optimized Spark Gap: Factory pre-gapped for immediate use, promoting efficient ignition, better throttle response, and lower fuel consumption without the need for adjustments.

• Enhanced Heat Dissipation: Triple-gasket sealing and copper core design improve heat transfer, preventing pre-ignition and detonation in high-compression or turbocharged setups.

• Anti-Corrosion and Anti-Fouling: Nickel plating and insulator ribs combat carbon buildup, oil fouling, and moisture ingress, ensuring reliable starts in cold weather or humid environments.

• Easy Plug-and-Play Installation: Standard thread size (14mm) and reach (19mm) with hex nut for straightforward replacement using basic tools—no modifications required.

Company profile

Haifeng Auto Parts is at the forefront of automotive component engineering, where precision is not just a goal—it is our entire process. We leverage years of specialized expertise to transform advanced materials into high-performance parts that withstand the most demanding operational conditions.

Our commitment to innovation is evident on our factory floor. We have implemented sophisticated automated manufacturing technologies that drive both efficiency and microscopic accuracy, ensuring every component is a perfect replica of its design specification. Quality is not an afterthought; it is an integrated, non-negotiable stage of production. Each part is subjected to a battery of rigorous tests—from dimensional analysis and thermal cycling to wear simulation and high-pressure seal testing. This data-driven approach ensures that our products for suspension, braking, and transmission systems deliver quantifiable performance advantages.