1.095 Valve Springs 16pk Single w/Damper

The 1.095 Valve Springs 16pk Single w/Damper from ISKY CAMS represents a critical upgrade for any serious engine builder or performance enthusiast looking to maximize valve train reliability and RPM capability. Whether you're building a street performance engine, preparing for bracket racing, or restoring a classic muscle car, these single valve springs with integral dampers form the foundation of a responsive, stable valve train. ISKY CAMS has engineered this 16-piece set to deliver consistent performance across the entire rev range, eliminating the risk of valve float that can destroy an otherwise well-built engine at high RPMs.

Each spring in this package features a 1.095-inch outer diameter, a specification that ensures proper seating on compatible valve spring seats while maintaining the precise spring rate necessary for reliable valve actuation. The integrated damper (also called a damping coil) is essential for controlling harmonic oscillation and spring surge that occurs at elevated engine speeds—without it, valve springs can resonate and lose pressure, causing catastrophic valve-to-piston contact. The single-spring design offers a clean, lightweight alternative to dual-spring setups for street engines while still delivering the stiffness required to control modern or aggressive cam profiles. Constructed to ISKY's exacting standards, these springs maintain consistent load characteristics across thousands of heat cycles, critical for engines that will see frequent use or competition duty.

This 16-pack is ideal for builders working on V8 engines, small-block Chevrolets, Fords, Chryslers, and other platforms that employ single valve springs with a 1.095-inch diameter seat. Installation requires removing the cylinder head, using a valve spring compressor tool, and replacing worn or marginal original springs with these matched units to ensure uniform valve train response across all cylinders. Because valve springs are subject to fatigue and stress every engine cycle, replacing them during any major engine rebuild—especially when upgrading to a performance camshaft—is considered best practice by professional engine builders and ASE-certified mechanics nationwide.