COMP PLUS VALVE, SBC 1.600″ 11/32″, 5.010″, .250″ TIP

Description

Maximize your engine’s performance and reliability with the Ferrea COMP PLUS Valve, engineered specifically for Small Block Chevy (SBC) applications. This valve addresses the critical need for precise airflow control to improve combustion efficiency and power output.

The valve features a 1.600″ diameter head and a 5.010″ overall length, dimensions that ensure a perfect fit within SBC cylinder heads for consistent sealing and optimal valve timing. The 11/32″ stem diameter combined with the .250″ tip thickness enhances structural integrity, reducing valve flex and wear under high RPM conditions.

Crafted from high-grade materials, this valve weighs 0.1400 kg, balancing strength and responsiveness. Its length of 17.70 cm and a compact profile of 7.50 cm width and height facilitate installation without modification, maintaining the engine’s original geometry and reliability.

• Precision Engineered Dimensions: 1.600″ head diameter and 5.010″ length provide exact fitment for SBC engines, ensuring optimal combustion chamber sealing and improved airflow dynamics.
• Durable Construction: The .250″ tip thickness and 11/32″ stem diameter deliver enhanced durability, reducing valve deformation and extending component life under performance conditions.
• Lightweight Design: At 0.1400 kg, the valve reduces reciprocating mass, enabling quicker valve response and allowing higher engine speeds without valve float.

This valve is a direct replacement component within the engine and components category, specifically designed for engine builders and performance enthusiasts seeking reliable, measurable gains in power and efficiency. Its compatibility with SBC engines and precise specifications provide a seamless upgrade path without compromising engine reliability.

Invest in the Ferrea COMP PLUS Valve to ensure sustained engine performance and durability under demanding conditions. Its engineered specifications deliver quantifiable improvements in airflow control and mechanical resilience, making it an essential component for high-performance SBC engine builds.