S/S Flare Jet - .032

The S/S Flare Jet - .032 by Nitrous Oxide Systems is a precision fuel metering component engineered for serious nitrous oxide system tuning and performance optimization. This stainless steel flare jet is purpose-built for carbureted and fuel-injected engine applications where exact nitrous fuel delivery demands are critical to engine safety and power output consistency. Whether you're dialing in a bracket racing setup, street performance build, or competition engine, this jet allows you to fine-tune fuel enrichment curves to match your specific nitrous purge volume and engine displacement requirements.

The .032-inch orifice diameter is the core specification that determines fuel flow rate through the jet under nitrous system activation. Nitrous oxide systems rely on precise fuel metering to maintain the correct air-fuel ratio when nitrous injects into the combustion chamber; too lean and detonation risks engine damage, too rich and you sacrifice power and create fouling conditions. This flare jet's stainless steel construction resists corrosion and fuel degradation, ensuring consistent jetting performance across multiple seasons and storage periods. The compact design (2.1 x 0.65 x 3.75 inches) fits seamlessly into standard NOS manifold blocks and distribution blocks without modification, making it a straightforward bolt-in upgrade or replacement for existing jets.

Mechanics and tuners rely on precision jetting like this S/S Flare Jet - .032 when building custom nitrous systems or diagnosing fuel delivery issues on existing installations. If your current setup exhibits hesitation on initial nitrous activation, stumbling, or inconsistent power delivery, swapping jets is often the first diagnostic step before adjusting purge lines or solenoid timing. This .032-inch specification suits mid-range displacement engines (typically 350–454 cubic inches) running moderate nitrous doses (75–150 horsepower). Always verify jet sizing against your system's purge volume, engine size, and fuel system pressure before installation to ensure proper air-fuel balance under load.