5-star Rated Manley Chrysler 361-383 1.810 Head Dia 4.908 Oa L Dish Race Flo Exhaust Valves (set Of 8) Eco-friendly [IhwAtvma]

5-star Rated Manley Chrysler 361-383 1.810 Head Dia 4.908 Oa L Dish Race Flo Exhaust Valves (set Of 8) Eco-friendly [IhwAtvma]

Experience top-tier performance with the Manley Chrysler 361-383 1.810 Head Dia 4.908 OA L Dish Race Flo Exhaust Valves. This set of eight high-quality valves is designed to elevate your racing engine's efficiency and durability. Crafted from stainless steel, these valves offer unparalleled strength and longevity, making them the ideal choice for demanding racing conditions.

Superior Construction and Features

The Manley exhaust valves are constructed with the utmost precision, featuring chrome stems and hard tips for enhanced longevity and wear resistance. Each valve is swirl polished under the head areas and fully machined for optimized airflow and combustion efficiency. The set includes a variety of shapes, such as Race Master (Straight Stem) and Race Flo, allowing you to choose the perfect fit for your racing engine's specific requirements. This versatile design ensures optimal performance, whether you're racing on the track or off-road.

• Stainless Steel Construction: High-quality stainless steel for unparalleled durability.
• Chrome Stems and Hard Tips: Enhanced longevity and wear resistance.

Recommended for Alcohol Engines

These valves are the recommended choice for exhaust valves in alcohol engines, ensuring reliable performance even in demanding conditions. Whether you're a professional racer or an enthusiast, the Manley Chrysler 361-383 1.810 Head Dia 4.908 OA L Dish Race Flo Exhaust Valves are the perfect addition to your racing engine. With their superior construction, technical specifications, and practical uses, these valves are designed to take your engine to the next level. Upgrade your racing engine today and experience the difference that high-quality valves can make.

• Recommended for Alcohol Engines: Ensures reliable performance in demanding conditions.