Holley 12-170 Billet Electric Inline Fuel Pump 390 Gph at 8 Psi Aluminum for E85
The Holley 12-170 Billet Electric Inline Fuel Pump is engineered for high-performance applications, delivering an impressive flow rate of 390 gallons per hour (GPH) and maintaining a consistent pressure of 8 PSI. This pump is specifically designed to accommodate the rigorous demands of E85 ethanol fuel, ensuring efficient fuel delivery while maintaining reliability and durability under extreme conditions.
Constructed from high-quality aluminum, the Holley fuel pump is not only lightweight but also resistant to corrosion. Its billet design enhances strength and longevity, making it an excellent choice for both street performance and racing applications. The electric inline configuration allows for easy installation and flexible routing, enabling users to optimize their vehicle’s fuel system layout effectively.
This fuel pump’s design focuses on minimizing noise while maximizing performance. Its efficient operation enhances fuel atomization, providing improved combustion and power output. Users can expect a notable difference in their vehicle's acceleration and overall responsiveness, making it ideal for enthusiasts looking to boost their horsepower while using alternative fuels like E85.
FITMENT:
Compatible with a variety of automotive applications that require a high-flow fuel pump capable of handling E85 ethanol fuel. Designed to fit in both carbureted and fuel-injected setups, the Holley 12-170 can be integrated into existing fuel systems with ease.
Key Features & Benefits
- High flow rate of 390 GPH to support high-performance engines.
- Maintains consistent pressure of 8 PSI, ensuring reliable fuel delivery.
- Constructed from durable aluminum for lightweight yet robust performance.
- Billet design enhances structural integrity and resistance to fatigue.
- Specifically designed for compatibility with E85 ethanol fuel.
- Electric inline configuration allows for versatile installation options.
- Reduces fuel system noise while optimizing performance and efficiency.
