9.900 HW .135 210 RADIUS 3/8

Description

Optimize your engine’s valve train performance by using a pushrod engineered for exact clearance and consistent durability. This 9.900 HW .135 210 RADIUS 3/8 pushrod from Trend Performance addresses critical engine timing and valve movement challenges with precision.

Incorrect pushrod length or poor material quality can disrupt valve timing, reducing engine efficiency and risking damage. This pushrod’s precise 25.00 cm length ensures accurate valve actuation, maintaining optimal clearance to prevent interference and wear. At a diameter of 1.20 cm, it fits within tight engine tolerances, supporting smooth and reliable operation.

Constructed for a balance of strength and lightweight performance, it weighs only 0.1600 kg, reducing inertia within the valve train. This specification contributes to quicker valve response and minimizes stress on connected components, extending engine life.

The .135 wall thickness offers enhanced rigidity to resist bending or flex during high RPM operation, ensuring consistent valve timing under demanding conditions. The 210-degree radius design further optimizes contact angles within the valve mechanism, reducing friction and mechanical wear.

Part of the clearance and engine components category, this pushrod is compatible with various engine builds requiring precise valve guide plate alignment. Its dimensions—25.00 cm length, 1.20 cm width, and 1.20 cm height—allow for straightforward integration into existing setups without modification.

Manufactured by Trend Performance, a brand known for engineering quality engine components, this pushrod meets stringent standards for material strength and dimensional accuracy. It is tailored for engine builders seeking reliable, durable parts that maintain valve train integrity.

Investing in this pushrod enhances engine efficiency by ensuring precise valve movement, reducing the risk of mechanical failure, and promoting longevity of engine components. Its specific design features and exact measurements make it an essential part for maintaining high-performance engine operation.