TITANIUM RETAINER 7DEG 5/16 1.125 0.886 SUITS 235D,295D

Description

Optimize your engine’s valve train for higher RPMs and improved reliability with this titanium retainer designed specifically for high-performance applications. Its reduced weight of 0.2000 kg decreases valvetrain mass, minimizing inertia and allowing quicker valve response, which translates to better engine efficiency and power output.

The retainer features a 7-degree angle and a 5/16″ (0.3125 inch) diameter, precisely engineered to fit valve springs sized 1.125″ and 0.886″. This ensures compatibility with 235 D and 295 D valve springs commonly used in performance engines. The exact dimensions—22.00 cm length, 14.00 cm width, and 2.00 cm height—guarantee a perfect fit within your engine assembly, maintaining optimal valve spring pressure and preventing spring surge at high speeds.

Constructed from aerospace-grade titanium, this retainer offers exceptional strength-to-weight ratio, resisting deformation under extreme engine conditions. Titanium’s corrosion resistance extends component lifespan, reducing maintenance frequency and ensuring consistent performance over time.

The retainer’s design and material choice significantly reduce reciprocating mass compared to conventional steel retainers. This reduction allows for higher engine RPM limits without valve float, enhancing overall engine responsiveness and longevity.

Manufactured by Isky Racing Cams, a reputable brand in engine components, this retainer meets rigorous quality standards for durability and precision. Its compatibility with specific valve spring sizes and dimensions ensures easy integration into existing setups without modification.

With a compact footprint and engineered specifications, this titanium retainer is ideal for racers and performance enthusiasts seeking to maximize valve spring control and engine durability. It addresses common issues such as spring fatigue and valve float, delivering reliable operation under demanding conditions.

Invest in this titanium retainer to gain a competitive edge through enhanced valve train dynamics, increased engine lifespan, and improved power delivery. Its precise engineering and premium materials provide measurable performance benefits that outperform standard retainers in demanding environments.