$13.28
1″ Schedule 40 Steel Elbow Pipe 180 Degree (1-5/16″ OD) is manufactured from carbon steel and designed for welding and fabrication applications requiring a smooth 180-degree return bend. This fitting is sized for standard 1″ Schedule 40 steel pipe with an actual outside diameter of 1.315″ (1-5/16″), providing compatibility with common structural, plumbing, exhaust, and industrial piping systems. The 180-degree elbow configuration allows pipe routing to reverse direction efficiently while maintaining consistent flow and structural integrity. Carbon steel construction provides strength, durability, and weldability for a wide range of indoor and outdoor fabrication projects.
Applications:
1″ Schedule 40 Steel Elbow Pipe 180 Degree is commonly used in structural, mechanical, and industrial applications, including:
• Handrail and guardrail fabrication
• Exhaust and fluid transfer systems
• Industrial piping and welded assemblies
• Automotive and performance fabrication
• Structural steel and custom metal projects
• Agricultural, shop, and maintenance applications
Advantages:
• Heavy-duty steel construction: Provides strength and durability for fabrication and industrial use
• 180-degree return bend: Allows compact directional pipe routing and smooth flow transition
• Standard Schedule 40 sizing: Compatible with 1″ Schedule 40 steel pipe systems
• Excellent weldability: Easily welded into custom assemblies and fabricated structures
• Versatile applications: Suitable for structural, mechanical, exhaust, and decorative projects
• Consistent outside diameter: 1.315″ OD matches standard 1″ nominal Schedule 40 pipe specifications
Summary:
The 1″ Schedule 40 Steel Elbow Pipe 180 Degree (1-5/16″ OD) is a durable carbon steel fitting designed for fabrication, structural, and industrial piping applications. Its standard Schedule 40 dimensions, smooth 180-degree bend, and reliable weldability make it an excellent solution for pipe routing, welded assemblies, and custom metal fabrication projects requiring strength and long-term performance.