"The 3AN Toinverted Flare Male is a precision-engineered tee adapter that seamlessly bridges modern AN standards with traditional inverted flare systems. Crafted for professional automotive and industrial applications, this fitting enables reliable fluid distribution while solving compatibility challenges between different fitting standards. Key Features & Benefits Dual Standard Conversion Expertly converts between -3AN (3/16"") and inverted flare connections with male threads on all ports. The tee configuration allows single-line input to dual-line output distribution while maintaining perfect seal integrity between different system standards. Robust Construction Manufactured from high-grade carbon steel with zinc plating for corrosion resistance. This combination ensures superior mechanical strength for high-pressure applications while providing durable protection against environmental degradation. Precision Engineering Features exact thread specifications with -3AN male ends and inverted flare male ports. Machined to exacting tolerances for leak-free performance in critical fluid systems, ensuring perfect seal formation at every connection point. Universal Application Designed for brake, fuel, and hydraulic systems requiring standard conversion with distribution capability. Ideal for modernizing classic vehicles, custom builds, or repairing OEM systems where standard interface conversion is necessary. Easy Installation Simplifies system integration with straightforward connection requirements. The -3AN ends accept standard female AN nuts while inverted flare ports connect directly to corresponding female inverted flare fittings. Technical Specifications Material: Carbon Steel Surface Treatment: Zinc Plate Connection Type: -3AN to Inverted Flare Male Configuration: Tee Adapter Pressure Rating: Suitable for standard brake/hydraulic systems Installation Notes Ensure proper thread engagement and use appropriate sealing methods. The -3AN connections require 37° flare fittings while inverted flare connections utilize their respective sealing surfaces. Always pressure test after installation. Quality Assurance Each fitting undergoes rigorous quality control to ensure perfect thread formation, proper dimensional accuracy, and reliable performance under pressure. Backed by industry-leading craftsmanship and reliability standards. Note: Verify specific application requirements and compatibility before installation."