High Quality Industrial Female Thread SS304 carbon steel 90 Degree Reducing Street Elbow

Description:

A female threaded elbow is a pipe fitting with internal threads at both ends, designed to connect pipes at a 90掳 angle. Made from materials like carbon steel, stainless steel, or brass, it features precise threading that complies with standards like NPT (National Pipe Thread) or BSP (British Standard Pipe). Its compact design allows easy installation without welding, making it ideal for temporary or removable setups. The threaded connections ensure a secure seal when paired with male threaded pipes or fittings, while the elbow shape redirects fluid flow efficiently. It is commonly used in low-to-medium pressure systems, such as water supply, gas lines, and industrial piping, where flexibility and quick assembly are essential.

Specifications:

Applications:

Female threaded elbows are widely used in plumbing systems for residential and commercial water distribution. They are crucial in gas piping for stoves, heaters, and industrial equipment, ensuring safe flow redirection. In manufacturing, they fit into small-bore pipelines for air compressors, pneumatic tools, and chemical transfer. Their non-weld design makes them suitable for temporary setups, like construction sites or laboratory equipment, where modifications are frequent. They also excel in agricultural irrigation systems and HVAC ductwork for efficient flow routing.

Advantages：

Featuring quick installation without specialized tools, female threaded elbows reduce labor costs and downtime. Their reusable design allows easy disassembly for maintenance or system reconfiguration. The threaded seal minimizes leaks when properly tightened, while material versatility (stainless steel for corrosion resistance, brass for durability) suits diverse environments. They handle moderate pressures (up to 150 psi in standard designs) and temperatures, making them cost-effective for non-critical high-stress applications. Their compact size fits tight spaces, enhancing versatility in confined installations.