Eye-catching Comp Cams 7997-16 Hi-tech Pushrods 5/16, 8.100 Length, .080 Wall, Set Of 16 For Kids [HQOaJPji]

Comp Cams Hi-Tech Pushrods: Set of 16 for High-Performance Engines

Introducing the Comp Cams 7997-16 Hi-Tech Pushrods, the ultimate choice for serious street performance and race applications. Designed with a one-piece seamless chromoly tubing construction, these pushrods offer unmatched strength and durability. The .080" wall thickness ensures maximum stability, while the precision-formed ends add thickness and strength in critical areas. With OD grinding for consistent wall thickness and concentricity, these pushrods are engineered to withstand the harshest conditions. The cryo-treatment process ensures compatibility with guide plates and enhances their overall strength. Each pushrod is finished with a black oxide coating, and their part number and length are laser etched for easy identification.

Key Features and Specifications

• Pushrod Tube Diameter: 5/16 in.
• Pushrod Material: Chromoly

With an overall length of 8.100 in. and a wall thickness of 0.080 in., these pushrods are designed to fit a wide range of engines. The ball tip design and formed attachment provide optimal performance and longevity. Available as a set of 16, these pushrods are perfect for those seeking top-tier performance for both street and race environments.

Practical Applications and Benefits

The Comp Cams 7997-16 Hi-Tech Pushrods are designed for high-performance engines, making them ideal for both street and race applications. Their exceptional strength and durability ensure that your engine operates at peak performance, providing you with a smooth and reliable driving experience. Whether you're on the streets or at the track, these pushrods are built to withstand the demands of high-performance engines. With their precision engineering and superior materials, they are the perfect choice for those who demand the best in valve train technology. Upgrade your engine with the Comp Cams 7997-16 Hi-Tech Pushrods and experience the difference in performance and reliability.