FLEECE FPE-APT-916-06 -6 TO 9/16 INCH-18 STRAIGHT MALE BLACK W/ O-RING

-6 to 9/16 inch-18 Straight Male Black Fleece Performance w/ O-Ring.

Features:

• Fitting Style: Adapter
• Fitting Category: AN to Inverted flare
• Fitting Angle: Straight
• Fitting Material: Aluminum
• Fitting Color: Black anodized
• Fitting Size 1: -6 AN
• Fitting Size 2: 9/16-18 in. inverted flare

The FLEECE FPE-APT-916-06 is a premium adapter designed for seamless connections in high-performance automotive and industrial applications. Engineered for versatility and reliability, this straight male fitting boasts a size of -6 AN on one end and a 9/16-18 inch inverted flare on the other, making it an ideal choice for a wide range of setups.

Crafted from lightweight yet durable aluminum, this fitting is built to withstand the rigors of demanding environments while maintaining optimal performance. Its sleek black anodized finish not only enhances its aesthetic appeal but also provides additional protection against corrosion and wear, ensuring longevity in service.

The adapter serves as a crucial link in the plumbing system of engines, fuel lines, and cooling systems, effortlessly facilitating the transfer of fluids under pressure. Its straight design simplifies installation, offering a clean and efficient pathway for fluid movement without unnecessary bends or obstructions.

Equipped with an O-ring, the FLEECE FPE-APT-916-06 guarantees a secure and leak-free seal, reducing the risk of fluid loss and enhancing overall system integrity. This feature is particularly beneficial in high-pressure applications where reliability is paramount.

Ideal for both enthusiasts and professionals, this fitting is compatible with a range of common aftermarket components, making it a go-to choice for custom setups. Whether you’re upgrading your vehicle's performance or working on an industrial project, the FLEECE FPE-APT-916-06 adapter provides the strength, durability, and precision you need. Trust in this exceptional component to enhance your fluid transfer systems efficiently and reliably.