COMP Cams Universal Valve Spring Shim Kit 1.250 OD 0.060 Thick Steel - Set 16

The COMP Cams Universal Valve Spring Shim Kit is a precision-engineered solution designed for enthusiasts and professionals seeking to optimize their engine's performance and reliability. This kit contains 16 shims, each featuring a 1.250-inch outer diameter and a thickness of 0.060 inches. Constructed from high-quality steel, these shims are designed to withstand the high pressures encountered in racing and high-performance applications, ensuring longevity and consistent valve train action.

Valve spring shims play a crucial role in maintaining the correct installed height of valve springs. By adjusting the height, these shims help to achieve optimal spring tension, thereby preventing valve bounce and enhancing engine responsiveness. Properly shimmed valve springs contribute to improved performance, allowing for smoother operation at higher RPMs, which is critical for high-performance engines.

Installing COMP Cams shims can also minimize the risk of coil bind, a condition where the coils of the valve spring touch each other during operation, which can lead to severe engine damage. This kit not only enhances performance but also adds an additional layer of reliability and peace of mind for those pushing their engines to the limit.

FITMENT: This valve spring shim kit is designed to be universally compatible with various valve spring setups, making it suitable for a range of engine types and aftermarket applications. It is ideal for performance builds that require precise adjustments to valve spring heights for optimal performance.

Key Features & Benefits

• Precision-engineered from high-quality steel for durability and longevity.
• 1.250-inch outer diameter and 0.060-inch thickness provide an optimal fit for various applications.
• Helps maintain proper valve spring height, ensuring optimal spring tension.
• Prevents valve bounce and enhances engine responsiveness, especially at high RPMs.
• Minimizes the risk of coil bind, protecting engine components from potential damage.