MANLEY 25635-16 Moly Pushrods, 6.35 Inch Length, 5/16 Inch Diameter, Chromoly Steel, Set of 16

The MANLEY 25635-16 Moly Pushrods are engineered for high-performance engine applications. Crafted from durable chromoly steel, these pushrods provide superior strength and longevity under demanding conditions. Each pushrod measures 6.35 inches in length with a 5/16 inch diameter and features a wall thickness of 0.080 inches for optimal durability. The swedged ends ensure a secure fit and precise operation within your engine's valvetrain system. Designed for professional automotive enthusiasts and engine builders, these pushrods are suitable for use in a wide range of high-performance engines where reliability and precision are critical.

This set of 16 pushrods offers excellent value for comprehensive engine rebuilds or upgrades. The chromoly construction ensures resistance to bending and wear, making them ideal for racing, off-road, and heavy-duty applications. These pushrods are compatible with various engine configurations, provided the dimensions and specifications match your vehicle’s requirements. The straightforward design and high-quality materials simplify installation and maintenance, helping you achieve optimal engine performance.

With their robust construction and precise manufacturing, the MANLEY 25635-16 Moly Pushrods are an excellent choice for engineers and mechanics seeking consistent, high-quality components for demanding engine builds. Whether you're restoring a classic muscle car or building a custom performance engine, these pushrods deliver the strength and reliability necessary for maximum engine efficiency.

Features:

• Made from durable chromoly steel for high strength and longevity

• Length: 6.35 inches, Diameter: 5/16 inches

• Wall Thickness: 0.080 inches for enhanced durability

• Swedged ends for secure fit and precise operation

• Set of 16 pushrods suitable for high-performance engines

• Designed for demanding racing, off-road, and heavy-duty applications

• Engineered for reliable engine performance and durability