Galvanized Street Elbow – 90° Male × Female NPT | Multiple Sizes
The Galvanized Street Elbow is a durable threaded pipe fitting designed to change the direction of water flow in agricultural water systems, livestock watering setups, irrigation, and general plumbing applications.
Featuring male threads on one end and female threads on the other, this 90-degree street elbow allows direct connections to compatible threaded fittings without requiring an additional pipe nipple.
Key Features
Galvanized Construction: Provides strength, durability, and corrosion resistance for agricultural and plumbing applications.
90° Elbow Design: Changes the direction of a pipe connection by 90 degrees.
Male × Female Threaded Connection: Features male threads on one end and female threads on the other for connecting compatible fittings.
Space-Saving Design: Allows direct connections between threaded components without an additional pipe nipple.
Multiple Sizes Available: Offered in various diameters to accommodate different plumbing and water system needs.
Versatile Applications: Suitable for livestock watering, irrigation, farm plumbing, and general water distribution.
Specifications & Compatibility
Product Type: Galvanized 90° Street Elbow
Material: Galvanized Metal
Connection Type: Male × Female
Thread Type: NPT (National Pipe Thread)
Angle: 90 Degrees
Available Sizes: Multiple Diameters
Application: Agricultural Water Systems, Livestock Watering & General Plumbing
Sold As: Individual Elbow – Select Size
Common Applications
- Livestock watering systems
- Agricultural water distribution
- Farm and ranch plumbing
- Irrigation systems
- Water tank connections
- Pipe direction changes
- Valves and threaded pipe fittings
Use Summary
The Galvanized 90° Street Elbow – Male × Female NPT provides a durable solution for changing pipe direction in agricultural and plumbing systems. Its male-to-female threaded design allows direct connections between compatible fittings, making it a practical choice for livestock watering, irrigation, and farm water distribution.