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Easily calculate bending force for metal sheets, rods, and pipes with our Bend Force Calculator. Accurate, quick, and simple to use.
| Material | Tensile Strength (MPa) | Recommended k Value | Recommended Die Width |
|---|---|---|---|
| Mild Steel | 400-550 | 1.33 | 8 × thickness |
| Stainless Steel | 520-860 | 1.33 | 10 × thickness |
| Aluminum | 110-310 | 1.33 | 6-8 × thickness |
| Copper | 220-320 | 1.33 | 8 × thickness |
| Brass | 330-550 | 1.33 | 8 × thickness |
A Bend Force Calculator helps you figure out the force needed to bend metal. It’s a handy tool for workers, hobbyists, and anyone handling metal sheets, rods, or pipes. With this calculator, you can avoid mistakes, save materials, and get better results.
Imagine you're trying to bend a metal rod. If you use too much force, it might crack. Too little force, and it won't bend. Knowing the right force helps you get a clean, accurate bend every time.
Our calculator uses a simple formula to find the bending force:
Formula:
F = (K × T² × L) / D
What Do These Mean?
Let's say you need to bend a steel sheet with these values:
Using the formula:
F = (1.33 × 5² × 1000) / 50
F = (1.33 × 25 × 1000) / 50
F = 665 kN
You'd need 665 kN of force to make the bend.
It's quick, easy, and gives you the right result every time.
Using a Bend Force Calculator saves time, reduces errors, and gives you confidence. You don't need to guess or make mistakes. Try it out and see how easy it makes your work!
Yes! Just make sure you enter the right values.
It depends on the length and die opening. Use the calculator to find out.
Check your machine's guide or use a standard value like 8 times the material thickness.