HOLLEY HYDRAMAT RECT 15″X15″ CENTER OUTLET 3/8NPT

Description

Ensuring consistent fuel supply is critical for high-performance and racing vehicles, especially during aggressive maneuvers that may cause fuel slosh or starvation. The Holley Hydramat Rectangular 15″x15″ addresses this challenge by maximizing fuel pickup efficiency, maintaining uninterrupted fuel flow even under extreme conditions.

Its center outlet design with a 3/8″ NPT fitting provides a secure, leak-resistant connection to your fuel system, simplifying installation and ensuring compatibility with standard fuel lines. This configuration optimizes fuel extraction, reducing the risk of engine hesitation or failure due to fuel starvation.

Constructed with durability in mind, the Hydramat weighs 5.0 kilograms, balancing sturdy build quality with manageable weight for installation. Measuring 23.10 cm in length, 10.90 cm in width, and 10.20 cm in height, its compact rectangular form factor fits seamlessly into a variety of fuel tanks, enhancing fuel management without compromising space.

The Hydramat’s innovative fuel retention technology captures residual fuel, maintaining a steady supply even during hard cornering or acceleration. This prevents air ingestion and maintains engine performance, critical in both racing and high-demand street applications.

Compatible with a broad range of fuel system setups, this Hydramat integrates effortlessly into existing tanks and cells, supporting efficient fuel pickup without requiring extensive modifications. The precision-engineered center outlet ensures optimal alignment with fuel lines, simplifying installation and maintenance.

By reducing fuel starvation risks, this Hydramat contributes to improved engine reliability and longevity. It supports consistent power delivery, safeguarding performance and preventing costly downtime in competitive environments.

Investing in the Holley Hydramat Rectangular 15″x15″ means equipping your vehicle with a proven solution for superior fuel management. Its exacting specifications and robust design provide confidence in maintaining fuel system integrity under the most demanding conditions.