A New Take on Wire Geometry – Functional Grooves

  • Published October 1st, 2015

B.A. Liechty, Research and Development Engineer
Ross Dillion, Engineering Technician

Recent processing advancements have enabled Fort Wayne Metals to form fine U-shaped features into continuous lengths of 0.010” to 0.020” wire in most of our common alloys. We are still in the R&D phase, but several combinations of groove width, depth, and diameter are possible for the same overall wire diameter.

 

Figure 1 –Actual 304V grooved wire cross sections

 

Figure 2 – Actual MP35N (left) and Nitinol (right) grooved wire cross sections

 

Figure 3 – 3D rendering of grooved wire

 

Click here to see previous highlights.

Disclaimer: Our monthly highlights are sneak peeks of what our R & D department is working on. This does not mean we have what is referenced above ready for manufacturing.

A New Take on Wire Geometry – Functional Grooves

  • Published October 1st, 2015

B.A. Liechty, Research and Development Engineer
Ross Dillion, Engineering Technician

Recent processing advancements have enabled Fort Wayne Metals to form fine U-shaped features into continuous lengths of 0.010” to 0.020” wire in most of our common alloys. We are still in the R&D phase, but several combinations of groove width, depth, and diameter are possible for the same overall wire diameter.

 

Figure 1 –Actual 304V grooved wire cross sections

 

Figure 2 – Actual MP35N (left) and Nitinol (right) grooved wire cross sections

 

Figure 3 – 3D rendering of grooved wire

 

Click here to see previous highlights.

Disclaimer: Our monthly highlights are sneak peeks of what our R & D department is working on. This does not mean we have what is referenced above ready for manufacturing.