Ferrea Nissan RB26 30.15mm 6.9mm 22 Deg Flo Rad Grv Stk Comp Plus Exh Valve - Set of 12

Upgrade your Nissan RB26 engine with the Ferrea F2131P valve set, designed for optimal performance and durability. This set includes 12 high-quality intake and exhaust valves crafted specifically for the RB26 platform. The intake valves feature a diameter of 30.15mm, ensuring efficient airflow and improved combustion, while the exhaust valves measure 6.9mm for reliable exhaust flow. The valves are engineered with a 22-degree valve angle, optimizing combustion chamber efficiency and enhancing overall engine performance. These valves are built with precision and quality materials to withstand high temperatures and aggressive driving conditions, making them suitable for both stock and performance applications. Installation of this set can lead to increased horsepower, better throttle response, and improved engine longevity. Whether you're rebuilding your engine or upgrading for racing, the Ferrea Nissan RB26 valve set offers a reliable solution for enthusiasts seeking performance and durability. Designed and manufactured by Ferrea, a trusted brand in automotive valvetrain components, this set ensures compatibility and high standards of quality. The valves come as a complete set of 12, ready to support your engine's performance needs and contribute to a smoother, more powerful driving experience.

Features:

• Intake valve diameter: 30.15mm for improved airflow and combustion efficiency

• Exhaust valve diameter: 6.9mm designed for reliable exhaust flow

• Valve angle: 22 degrees to optimize combustion chamber performance

• Set includes 12 valves, suitable for complete engine rebuild or upgrade

• Manufactured by Ferrea, a trusted brand in high-performance valvetrain components

• Engineered for high temperature resistance and longevity in demanding conditions

• Designed specifically for Nissan RB26 engines to ensure perfect fit and performance

• Ideal for stock rebuilds or high-performance applications seeking increased horsepower and reliability