Earl's Performance 90 Degree Aluminum NPT Elbow Fittings

Earl's Performance 90-degree aluminum NPT elbow fittings deliver dependable right-angle fluid routing solutions for fuel, oil, coolant, and other fluid systems. Engineered to meet the exacting demands of motorsport and high-performance street builds alike, these fittings represent more than six decades of race-proven plumbing innovation from one of the industry's most trusted names.

Key Features:

• Lightweight aluminum construction reduces system weight without compromising strength or long-term durability
• Anodized finish delivers superior resistance to corrosion and wear, ensuring dependable performance in harsh operating environments
• NPT (National Pipe Thread) design provides broad compatibility with standard plumbing components, adapters, and fittings across a wide range of fluid system applications
• Seals on the threads — PTFE tape or thread sealant required at assembly for a proper leak-free connection
• Emissions-compliant — legal for use on emissions-controlled vehicles, non-emissions-controlled vehicles, and dedicated racing applications
• Made in the USA to Earl's exacting quality and craftsmanship standards
• Broad application range — suitable for virtually any plumbing situation across automotive, racing, marine, and custom powersports builds

About Earl's Performance Plumbing

Founded in 1955, Earl's Performance pioneered aviation-grade fluid transfer technology for the automotive performance market, effectively creating the racing aftermarket plumbing industry. Earl's introduced flexible armored PTFE-lined hose to motorsport in the 1960s and developed most of the special-purpose racing adapters used in the sport today. Trusted by top professional racing teams and found on the vast majority of Indy 500 winners, Earl's remains a world leader in motorsport hoses and fittings. These 90-degree NPT elbow fittings carry that same heritage, making them a reliable choice for street performance builds, dedicated race cars, and everything in between.