AF59-2136BLK Aeroflow Replacement 8 Orb Leg Black Fuel Log 64 2037 Holley Hp

Description

Optimize your fuel system’s reliability with this replacement -8 ORB leg fuel log, designed specifically for Holley HP applications. It addresses the critical need for precise fuel distribution, preventing leaks and maintaining consistent flow under high-pressure conditions.

This fuel log features a compact profile measuring 15.00 cm in length, 11.50 cm in width, and a slim 0.80 cm height, allowing seamless integration into tight engine compartments without compromising performance. Weighing only 0.1000 kg, it adds minimal load to your setup while ensuring structural robustness.

Manufactured by Aeroflow, a trusted name in fuel system components, this fuel log is crafted to exacting standards that ensure durability and compatibility with -8 ORB fittings. The precise machining of the ports guarantees a secure connection, reducing the risk of fuel leaks and enhancing overall system safety.

Its black finish not only provides corrosion resistance but also matches the aesthetic of high-performance fuel systems, contributing to a professional, clean installation. The fuel log’s design facilitates efficient fuel distribution across multiple lines, optimizing engine fuel delivery and improving throttle response.

Installation is straightforward due to the standardized -8 ORB leg fittings, ensuring compatibility with existing Holley HP fuel blocks and related components. This replacement part serves as a direct swap, eliminating the need for modifications or adapters.

With precise dimensions and lightweight construction, this fuel log maintains system integrity without adding bulk or weight. It supports consistent fuel pressure management, critical for maintaining engine performance and longevity in demanding conditions.

Choose this Aeroflow replacement fuel log to maintain your Holley HP system’s efficiency and reliability. Its engineered fit, durable materials, and exact specifications provide confidence in your fuel delivery system’s performance under all operating conditions.