Replacement Filter For Shutoff Style Filters

The Replacement Filter For Shutoff Style Filters by Ti22 PERFORMANCE is a precision fuel filtration element engineered for high-performance engines and fuel systems that demand reliable contamination control. This replacement filter element serves operators who maintain or upgrade fuel delivery systems on performance vehicles, racing engines, and specialized equipment where fuel purity directly impacts combustion efficiency and component longevity. Ti22's shutoff-style filter housings are industry-recognized for their ability to isolate fuel circuits during maintenance, and this replacement element ensures continued protection without system redesign.

This element utilizes a 100-micron stainless steel construction that captures particulate matter, water droplets, and rust particles before they reach fuel injectors, carburetors, or engine internals. The stainless design resists corrosion from ethanol-blended fuels and acidic combustion byproducts, extending service intervals compared to paper-only alternatives. The compact dimensions (3.95 x 1.45 x 6.95 inches) allow direct fitment within Ti22's shutoff-style housing, while the lightweight construction (0.11 lbs) minimizes fuel system weight. The 100-micron rating strikes a balance between flow rate and filtration density—fine enough to protect precision fuel delivery components, yet permeable enough to avoid excessive back-pressure at high fuel demand.

Owners of carbureted muscle cars, vintage drag racing rigs, and custom fuel systems benefit most from this element's reliable performance and easy swap design. Installation is straightforward: the element seats directly into your existing Ti22 shutoff-style filter housing without adapter kits or system modifications. For best results, replace annually or after 500 hours of operation, whichever comes first—Ti22 recommends inspection if fuel supply hesitates or engine stumbles during acceleration. This replacement element is sold individually, allowing you to stock spares for extended trips or racing events where fuel contamination risk is highest.