DURA-BOND Valve Spring Shims Set of 100 - 1.270 OD .570 ID .030 Thick

The DURA-BOND Valve Spring Shims Set is an essential component for anyone looking to fine-tune their engine’s valve train. Specifically designed to improve valve spring performance, this set includes 100 shims that provide a reliable solution for achieving precise spring height and load. Manufactured for durability, each shim is crafted with high-quality materials, ensuring they withstand the rigors of high-performance applications.

With an outer diameter of 1.270 inches, an inner diameter of 0.570 inches, and a thickness of 0.030 inches, these shims are engineered to fit a wide range of valve springs. The correct thickness is crucial in controlling the overall spring pressure and can significantly impact engine performance. This set allows for easy adjustments, making it easier for mechanics and enthusiasts alike to optimize their engine's performance characteristics.

The DURA-BOND Valve Spring Shims are not just about compatibility; they also enhance the engine's efficiency and longevity. By reducing the risk of coil binding and ensuring optimal valve closure, these shims help maintain consistent performance, especially in high-revving applications. Proper shim usage can lead to improved horsepower and torque, offering a competitive edge for racing scenarios or simply for enhancing day-to-day driving experiences.

FITMENT: This set of valve spring shims is designed to be universally compatible with various engine setups, making them suitable for use in both stock and modified applications. Their versatile dimensions allow for easy integration into numerous valve spring assemblies, ensuring they can meet the needs of diverse performance builds.

Key Features & Benefits

• Includes a total of 100 shims for extensive application coverage.
• Outer diameter of 1.270 inches and inner diameter of 0.570 inches ensure proper fitment.
• Thickness of 0.030 inches aids in precise valve spring load adjustments.
• Constructed from high-quality materials to enhance durability and performance.
• Reduces risk of coil binding, promoting smoother valve operation.
• Facilitates enhanced engine efficiency and longevity, particularly in high-performance settings.