XRP Aluminum 821 90˚ Flare Union Adapter Fittings

XRP Aluminum 821 90˚ Flare Union Adapter Fittings

The XRP Aluminum 821 90˚ Flare Union Adapter Fittings are precision-engineered components designed to facilitate seamless connections between fluid-carrying lines in various automotive and industrial applications. Crafted from high-quality aluminum, these fittings boast exceptional durability and corrosion resistance, ensuring their longevity even in demanding environments.

XRP offers the industry’s most extensive inventory of popular adapter fittings for race cars, street performance vehicles and watercraft. All male flare adapters are JIC 37˚. Most adapter fittings are also available in both steel and stainless. 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.

The key feature of the XRP Aluminum 821 fittings is their 90˚ flare union adapter design. This design not only allows for a secure connection but also provides a convenient solution for situations where space constraints may make traditional fittings challenging to install. The 90˚ angle allows for flexibility in routing fluid lines without causing unnecessary bends that could compromise fluid flow or structural integrity.

Engineered with precision, these adapter fittings adhere to tight tolerances to guarantee a leak-free connection. The flare union design, coupled with meticulous machining, ensures a tight seal that prevents fluid leakage, thereby maintaining the efficiency and reliability of the entire system. This reliability is especially crucial in applications involving hydraulic systems, fuel lines, and other fluid-carrying systems where leaks could lead to significant operational issues.

The XRP Aluminum 821 90˚ Flare Union Adapter Fittings come in a range of sizes to accommodate various hose diameters, ensuring compatibility with different fluid systems. This versatility makes them a suitable choice for a wide array of applications across industries, from high-performance racing vehicles to industrial machinery. Their lightweight aluminum construction also contributes to the reduction of overall system weight, which can be vital in racing and performance-oriented setups.