Futuristic Round Tube Die For 302 "one-shot" Tube And Pipe Bender (1-3/4" Od, 7" Clr) Now 50% Cheaper [TvDnA9dH]

Round Tube Die for 302 One-Shot Tube and Pipe Bender

Are you looking for a high-quality round tube die that fits perfectly with your 302 One-Shot Tube and Pipe Bender? Look no further! This precision-engineered die is designed to provide exceptional performance and durability, ensuring that your tube bending needs are met with ease. The die features a 1-3/4" OD and a 7" CLR, making it versatile for a wide range of applications. With its robust construction and reliable performance, this die is an essential tool for any professional who works with round tubes and pipes.

Key Specifications and Features

• Outside Diameter of the Tubing (OD): 1-3/4" (44.5 mm)
• Minimum Wall Thickness (DOM): 0.083” (2.1 mm)
• Minimum Wall Thickness (4130): 0.083” (2.1 mm)
• Minimum Wall Thickness (ERW): 0.095” (2.4 mm)
• Minimum Wall Thickness (Stainless): Contact for Details
• Minimum Wall Thickness (Aluminum): Contact for Details
• Minimum Wall Thickness (Other): Contact for Details
• Maximum Wall Thickness: 0.134” (3.4 mm)
• Centerline Radius: 7” (177.8 mm)
• Maximum Degree of Bend: 90, after springback
• Maximum Ovality: <10%, depending on the type, grade, and quality of the material

This die is built to handle a variety of materials, from DOM to stainless steel, and even aluminum, with precision and ease. Its durable construction and precise specifications make it a reliable choice for professionals who demand the best in their tube bending tools.

Included Components and Additional Resources

• Steel Main Die
• Aluminum Follow Bar
• Steel U-Strap

This round tube die comes complete with a steel main die, an aluminum follow bar, and a steel U-strap, ensuring that you have all the necessary components for a seamless bending process. To further enhance your understanding of tube and pipe bending, we provide valuable resources such as "Tube and Pipe Bending Basics" and "What Am I Bending: The Differences Between Tube, Pipe, and More." These resources will help you make informed decisions and achieve optimal results with your bending projects.