XRP Aluminum 911 Female Pipe Nipple Adapter Fittings

XRP Aluminum 911 Female Pipe Nipple Adapter Fittings

The XRP Aluminum 911 Female Pipe Nipple Adapter Fittings are a versatile and essential component in fluid transportation systems. Crafted from high-quality aluminum, these fittings are designed to ensure reliable and efficient connections between pipes or hoses. Their compatibility with the 911 series, combined with the female pipe nipple adapter design, makes them an ideal choice for various applications in industries like automotive, aerospace, marine, and more.

All male flare adapters are JIC 37˚. Most adapter fittings are also available in steel and stainless. Some are available in black, to coordinate with Ti-Tech hose ends with the look of titanium and our new XR-31 hose.To order steel – change the first digit of the part number from a “9” to a “4”

EXAMPLE: 981606 changes to 481606. To order stainless – change the first digit of the part number from a “9” to a “5”

EXAMPLE: 981606 changes to 581606. Call for pricing and availability.

Constructed from durable aluminum, these fittings offer exceptional corrosion resistance, ensuring a long lifespan even in demanding environments. The use of aluminum also provides a lightweight advantage without compromising on strength. This makes handling and installation hassle-free while maintaining the integrity of the connections.

The 911 Female Pipe Nipple Adapter Fittings boast a precise and secure threading mechanism. This threading system guarantees a tight and leak-free joint, preventing any potential fluid loss or contamination. Whether used in fuel lines, oil systems, coolant circuits, or hydraulic setups, these fittings offer the peace of mind that comes with dependable connections.

Designed with efficiency in mind, these fittings feature a female pipe nipple adapter configuration. This design simplifies the process of connecting pipes or hoses, promoting a swift and straightforward installation process. This not only saves valuable time during setup but also minimizes the risk of human error, ensuring a consistent and reliable connection every time.