SBC C/P HS 2.020 Intake Valves

The FERREA SBC C/P HS 2.020 Intake Valves are precision-engineered competition-grade cylinder head components designed for small block Ford engines demanding maximum flow efficiency and durability. Built for serious engine builders, high-performance tuners, and racing teams who refuse to compromise on intake valve quality, this set of eight stainless steel valves addresses the critical need for reliable, repeatable combustion chamber sealing under extreme operating conditions. Whether you're assembling a street performance engine or preparing a competition platform, these intake valves form the foundation of controlled fuel-air mixing and efficient cylinder filling.

Each valve features a 2.020-inch head diameter optimized for maximum intake port flow while maintaining proper seating geometry, paired with an 11/32-inch valve stem for precise guide fitment and minimal lateral play. At 4.960 inches in overall length, these valves integrate seamlessly into standard small block Ford cylinder head preparation, and the premium stainless steel construction resists thermal fatigue, corrosion, and deformation across extended high-RPM operation. The Competition Plus designation reflects FERREA's commitment to tighter tolerances, superior metallurgy, and consistent performance—every valve in this eight-valve set meets stringent dimensional and hardness specifications that separate competition components from ordinary replacements.

These intake valves are ideal for engine builders restoring or upgrading small block Ford platforms, including vintage muscle cars, street rods, and dedicated race engines requiring proven valve metallurgy and head flow optimization. Installation requires proper valve seat cutting, guide honing, and final clearance verification by a qualified machine shop to ensure correct seating pressure and stem-to-guide clearance. Compatibility spans all standard small block Ford applications utilizing 2.020-inch intake valve sizing; verify your specific cylinder head specifications before ordering to confirm proper fit and performance alignment with your engine's intended duty cycle.