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Aeromotive In-Line Full Flow Check Valve (Male -6 AN Inlet / Female -6 AN Outlet) aer15106

$104.95
SKU:
aer15106
Weight:
1.00 LBS
Shipping:
Calculated at Checkout

Out of stock

Description

The Aeromotive In-Line Full Flow Check Valve with a -6 AN Male Inlet and -6 AN Female Outlet, designated as aer15106, is a crucial component for maintaining the integrity and efficiency of your automotive fuel system. Designed and manufactured by Aeromotive, a trusted name in the industry, this check valve is engineered to ensure that fuel flows smoothly and consistently in one direction, preventing backflow and potential damage to your vehicle's fuel system.

With its precision engineering and high-quality materials, this check valve offers exceptional durability and reliability. It is compatible with various fuel systems and can be used in a wide range of applications, including high-performance vehicles, race cars, and custom builds.

Key Features:

  • Male -6 AN Inlet and Female -6 AN Outlet: This configuration is suitable for many fuel system setups, providing a secure and leak-free connection.
  • Full Flow Design: The check valve allows for unrestricted fuel flow, ensuring that your engine receives a consistent and reliable fuel supply.
  • Prevents Backflow: By preventing the reverse flow of fuel, this check valve helps maintain fuel pressure and reduces the risk of engine damage.
  • High-Quality Construction: Crafted from premium materials, this Aeromotive check valve is built to last, even in demanding conditions.

Whether you're upgrading your fuel system for improved performance or need to replace a worn-out check valve, the Aeromotive In-Line Full Flow Check Valve (-6 AN Male Inlet / -6 AN Female Outlet) aer15106 is an excellent choice. Trust in Aeromotive's reputation for excellence in fuel system components, and enhance the performance and longevity of your vehicle's fuel system today.

Ensure your fuel system operates at its peak with the Aeromotive In-Line Full Flow Check Valve. Purchase yours now and experience the difference in fuel system reliability and performance.