Woodward Fab WFBDT13/4X6 Tubing Die, 1-3/4" OD, 6" CLR, for WFB2 Bender

Woodward Fab WFBDT13/4X6 Tubing Die, 1-3/4" OD, 6" CLR, for WFB2 Bender

• The Woodward Fab WFBDT13/4X6 tubing die is designed for use with the WFB2 Bender. It bends tubing with 1-3/4 inch outside diameter to a 6 inch centerline radius, making it suitable for automotive fabrication, chassis building, and roll cage work.
• Features:
  • Compatible with 1-3/4 inch OD tubing, ensuring accurate bends for large-diameter applications.
  • 6 inch centerline radius delivers smooth curves with minimal distortion.
  • Constructed from hardened steel for long-lasting durability under repeated use.
  • Supports tubing wall thicknesses from approximately 0.065 inch to 0.120 inch, commonly used in mild steel and DOM tubing.
  • Rated for bends up to 120 degrees for versatile fabrication requirements.
• Specifications:
  • Manufacturer: Woodward Fab
  • Part Number: WFBDT13/4X6
  • Tube Outside Diameter: 1-3/4 inch
  • Centerline Radius: 6 inches
  • Wall Thickness Range: 0.065 inch to 0.120 inch
  • Maximum Bend Angle: 120 degrees
  • System Compatibility/Application: Designed specifically for use with the Woodward Fab WFB2 Bender in fabrication, roll cages, and chassis applications
• The Woodward Fab WFBDT13/4X6 tubing die can also be referred to as a 1-3/4 inch OD die, 6 inch CLR die, WFB2 tubing die, or replacement bending die for fabrication projects.

Woodward Fab builds precision tooling for professional metalworking. The WFBDT13/4X6 die provides reliable performance, accurate bends, and durability for workshops that require consistent results with 1-3/4 inch tubing.

Q: What tubing wall thickness does this die support?
A: It supports tubing with wall thickness from 0.065 inch to 0.120 inch, suitable for mild steel and DOM tubing.

Q: What is the maximum bend angle achievable?
A: This die is capable of bending up to 120 degrees when used with the WFB2 Bender.

Q: Can this die be used on materials other than mild steel?
A: Yes, it can bend other materials such as DOM tubing, provided they fall within the specified wall thickness range.