fits model: 250.

( Brand: Comp Cams ), ( Manufacturer Part Number: 8662-16 ), ( Part Type: Wall Pushrod ), ( Country Of Manufacture: United States ), ( UPC: 036584272267 )
The CCA-8662-16 Comp Cams 8.250 Dual Taper 7-16 165 Wall 1pc 4130 Moly Pushrods is a high-quality pushrod designed for performance applications. This pushrod is made from 4130 Moly, a material known for its strength and durability, making it ideal for high-stress engine environments.
The pushrod measures 8.250 inches in length, with a dual taper design that provides a smooth and consistent operation throughout the entire engine stroke. The 7-16 taper ensures a secure fit with your valve train components, reducing the risk of failure due to loose connections.
The pushrod features a 165 wall thickness, which provides excellent strength and rigidity. The 165 wall thickness also helps to reduce deflection under load, ensuring accurate valve actuation and improving engine performance.
This pushrod is a single piece design, which eliminates the need for welding or fabrication, reducing the risk of failure due to poor welds or weak joints. The single piece design also makes the pushrod easier to install, saving you time and effort in the workshop.
The CCA-8662-16 Comp Cams 8.250 Dual Taper 7-16 165 Wall 1pc 4130 Moly Pushrods is a precision-engineered component, with tight tolerances and a high-quality finish. It is designed to fit perfectly with Comp Cams valve train components, ensuring a seamless installation and optimal engine performance.
In summary, the CCA-8662-16 Comp Cams 8.250 Dual Taper 7-16 165 Wall 1pc 4130 Moly Pushrods is a high-quality pushrod that offers strength, durability, and precision. It is ideal for performance applications and is designed to fit perfectly with Comp Cams valve train components.
Product: CCA-8662-16 Comp Cams 8.250 Dual Taper 7-16 165 Wall 1pc 4130 Moly Pushrods
Pros:1. Made of high-quality 4130 Molybdenum alloy steel, known for its strength and durability.
2. Dual taper design ensures a secure fit in the valve guides and provides better valve control, which can improve engine performance.
3. 165 wall thickness provides added strength and reduces the risk of bending or breaking under high-stress conditions.
4. Designed for use with Comp Cams camshafts, ensuring a precise fit and optimal performance.
Cons:1. More expensive than standard pushrods due to the higher-quality materials and manufacturing process.
2. Requires specific knowledge and experience to install correctly to ensure proper fit and function.
3. May not be compatible with engines not using Comp Cams camshafts, requiring additional parts or modifications.
Conclusion:The CCA-8662-16 Comp Cams 8.250 Dual Taper 7-16 165 Wall 1pc 4130 Moly Pushrods are a high-quality, performance-oriented pushrod option for engine builds using Comp Cams camshafts. While they are more expensive and require specific knowledge and experience to install, their durability and performance potential make them a worthwhile investment for serious engine builders. Recommendation: If you're building a high-performance engine and are using Comp Cams camshafts, these pushrods are a great choice to ensure optimal performance and reliability. For lower-budget or non-Comp Cams camshaft applications, standard pushrods may be a more cost-effective option.
Manufacturers: dual taper 7 16. 1-piece 4130 chrome moly design. Shipping and accounting automation by telex.
length : wall offerings, thereby providing more accurate valve motion and durability. From one-piece, heat-treated 4130 chrome moly steel tubing, which makes them stronger than most pushrods on the market today. The pushrods are also tapered to clear top of most offset roller lifters wall. Brand new set of 16 Comp Cams dual taper 7.
The pushrods are made in us. A the extra clearance at top and bottom offers benefits of large, 7 16 pushrod combined with 3/8 option for higher-flowing intake port. 165 wall is stiffer and stronger than previous pushrods from Comp Cams Xe are designed with the middle of pushrod being larger in diameter two ends. The thicker.