ASTM A420 WPL6 Seamless Pipe Bend, DN125, SCH 40, 5D, BW

ASTM A420 WPL6 Seamless Pipe Bend Supplier provides high-quality carbon steel seamless bends designed for reliable pipeline and industrial applications. Manufactured to ASTM A420 WPL6 standards, these pipe bends feature a DN125 (5 Inch) size, SCH 40 wall thickness, and a 5D radius for smooth flow direction changes and reduced pressure loss. Available in both 45-degree and 90-degree configurations, they are equipped with butt weld ends for secure, durable installation. These seamless pipe bends offer excellent strength, dimensional accuracy, and resistance to demanding low-temperature service conditions. They are suitable for oil and gas pipelines, petrochemical plants, power generation, chemical processing, and other industrial piping systems.

Product Name: Carbon Steel Seamless 5D Bend
Type: Carbon Steel Seamless Bend
Size: DN125, 5 Inch
Degree: 45deg and 90deg
Radius: 5D
Thickness: SCH 40
Material: ASTM A420 WPL6
End: BW

Key Features

1. Large Bending Radius (R=5D)
   A large bending radius of R=5D provides greater flexibility and helps reduce stress concentration during installation and operation.

2. Excellent Low-Temperature Toughness
   Maintains reliable toughness and impact resistance in low-temperature environments, making it suitable for cold-service applications.

3. High Structural Strength & Pressure Resistance
   Provides excellent structural integrity and reliable resistance to internal pressure for demanding piping systems.

4. Good Weldability
   Offers favorable welding performance, allowing efficient fabrication, installation, and connection with compatible piping components.

5. Stable Mechanical Properties
   Delivers consistent strength, toughness, and mechanical performance under different operating conditions.

6. Low Flow Resistance
   The optimized internal passage helps minimize fluid resistance and pressure loss, supporting efficient media transportation.

7. Strict Compliance with Applicable Standards
   Manufactured and inspected according to relevant industry standards to ensure reliable quality, dimensional accuracy, and performance.

8. Wide Operating Temperature Range
   Designed to maintain stable performance across a broad range of operating temperatures, supporting diverse industrial applications.