Standard 1/2 Inch GI Elbow 90-Degree Threaded Fitting

1/2 Inch GI Elbow

The Standard 1/2 Inch GI Elbow provides a reliable 90-degree directional change for galvanized piping systems in residential and industrial environments. This malleable iron fitting features a heavy-duty zinc coating to resist oxidation and mineral buildup. It serves as a primary connection point for water distribution, compressed air lines, and non-corrosive gas transport.

Built for the Job

Plumbers and site supervisors select this fitting for its high mechanical strength and resistance to physical impact. The threaded design allows for secure mechanical joining without the need for specialized welding equipment on site. The 90-degree turn is essential for routing pipework around structural columns, through wall cavities, or connecting to fixed appliances. Because it is made from malleable iron, the fitting handles internal pressure surges and thermal expansion better than standard cast alternatives.

• Residential potable water mains and riser installations.

• Commercial fire sprinkler systems requiring rigid metal connections.

• Agricultural irrigation headers and pump station manifolding.

Product Highlights

Corrosion Protection

The hot-dip galvanized finish creates a metallurgical bond that prevents rust even in high-moisture areas.

Precision Threading

• Deep-cut BSP female threads for maximum engagement.
• Consistent wall thickness prevents cracking during high-torque tightening.

Technical Specifications

What’s Included

• 1 x 1/2 Inch Galvanized Iron 90-Degree Elbow

On-Site & Workshop Notes

• Always apply a high-quality thread sealant or PTFE tape to the male pipe threads before joining this component to ensure a gas-tight seal.

• Use a standard pipe wrench for tightening; do not over-torque as this can stress the female threads of the 90-degree connector.

• This hardware is suitable for outdoor exposure and underground burial when properly prepared according to local plumbing codes.

• Inspect the internal bore for any debris or galvanizing slag before installation to maintain optimal flow rates in the system.