YGQ 5/16 ID Fuel Line Hose, Braided NBR Rubber, 8 ft with 10 Clamps | SAE J30R7

YGQ 5/16 ID Fuel Line Hose — Braided NBR Rubber, 8 ft, with 10 Clamps

Upgrade your fuel routing with a braided hose designed for durability and flexibility in low‑pressure systems. Crafted from NBR rubber and reinforced with a braided nylon layer, this line resists cracking and kinking while remaining pliable in tighter installations. Its broad fuel compatibility helps you plan for a range of vehicles and small engines, from routine maintenance to unexpected field repairs. The included clamps make it easier to achieve a clean, secure fit right out of the box, helping you save setup time on busy workdays.

This YGQ fuel line blends performance with practicality, offering a balance of strength and adaptability for daily use around cars, boats, and power equipment. While outcomes can vary by application, users often notice smoother fuel flow and fewer fitting leaks when paired with compatible hardware and correct installation techniques. Consider this hose as a versatile option for projects that call for a compact, reliable low‑pressure line that can handle mixed fuels and fluctuating temperatures.

Key specifications

• ID: 5/16 inch (8 mm); OD: 9/16 inch (14 mm); Length: 8 ft
• Material: NBR rubber with braided nylon reinforcement; suitable for leaded/unleaded gasoline, diesel, ethanol blends (E‑10, E85), biodiesel, and sour gas
• SAE 30R7 fuel line designed for automotive low‑pressure applications; compatible with carburetors, fuel return lines, PCV connections, and emissions devices
• Working pressure: 60 psi; Burst pressure: 249 psi; Temperature range: -22°F to 248°F
• Includes 10 clamps for a ready‑to‑install setup

Typical uses

• Automotive: carburetors, fuel returns, and filler neck connections
• Small engines: lawn mowers, tillers, tractors, generators, snow blowers
• Recreational and outdoor: ATVs, go-karts, motorcycles, and boat fuel lines

What to keep in mind

This hose is designed for low‑pressure systems and a broad range of fuels. Always verify fitment for your specific model and ensure clamps and fittings are properly seated to minimize leaks. If conditions exceed the stated temperature or pressure ranges, consider alternative specifications designed for higher demands.