3/4" ID Hose Barb Fitting, 90-Degree Elbow, 304 Stainless Steel

Product Overview: Experience the reliability and durability of our stainless steel 90-degree elbow hose barb fitting. Crafted from 304 stainless steel, it offers exceptional corrosion resistance, high-temperature ductility, and low magnetic permeability. Ideal for a wide range of applications, this fitting is designed to handle extreme conditions with ease.

Product Features:

• Material Excellence: Made of 304 stainless steel, known for its high strength and hardness.
• Size Compatibility: Features a 3/4" hose barb on both ends, suitable for connecting to 3/4" ID tubing (Note: not for poly pipe).
• Extreme Temperature Range: Operable in temperatures from -868 to 1472 degrees F (-500 to 800 degrees C), accommodating various environmental conditions.
• High Pressure Capacity: Withstands a maximum working pressure of 2800 PSI, offering robust performance for demanding applications.
• Functional Design: The 90-degree elbow effectively changes the flow direction of tubing in a precise right L angle.

Product Description: This stainless steel barbed fitting surpasses traditional brass barb fittings in working pressure, temperature tolerance, and corrosion resistance. It's an ideal choice for connecting, controlling, changing the direction of, and terminating the flow in piping and hose systems.

The barbed design ensures a tight seal on flexible and semi-rigid hoses, especially when used with a hose clamp or crimp sleeve/ferrule (sold separately). This versatility makes it a perfect solution for applications involving fuel, air, water, oil, and gas systems.

Product Specifications:

• Material: Stainless Steel
• Connection Type: Hose ID, Hose ID Tee, Hose ID to Pipe Female, Hose ID to Pipe Female (Elbow), Hose ID to Pipe Male

This stainless steel 90-degree elbow hose barb fitting is not just a connection piece but a robust tool for ensuring efficient and reliable fluid management in various industrial and commercial settings. Its superior design and material quality make it a valuable component for any system requiring the utmost in performance and durability.