Skip to main content

Non-precious metals

Round bars and wires

Wire drawing, or the reduction of wire bar diameter, is an operation that provides excellent dimensional stability and precision. Swiss Profile is equipped with wire drawing machines for the production of precision wires, and cylindrical grinding machines for the production of ground bars. PX Précimet is also equipped with wire drawing machines for the production of precision wires.

Round bars and wires

Applications

  • Watchmaking / leather goods
  • Medical (medical devices and orthodontics)
  • Aeronautics
  • Industry (bar turning and various trading applications)

Alloys

  • Standard stainless steel alloys: AISI 304, AISI 316L
  • Special stainless steel alloys: EN 1.4435, EN 1.4441, EN 1.4427So, Phynox (EN 2.4711), Nivaflex (2.4782)
  • Various other metals and alloys depending on application: Grade 2 titanium, nickel silver, PX, Titanium beta, PX, Ti beta

Dimensions

  • 0.70mm to 5.00mm
  • Any rod length from 1000mm to 6000mm

Other dimensions ⇒ on request

Tolerances

  • Standard tolerances depending on the field of application.

Other tolerances ⇒ on request

Quality control

  • Dimensional and hardness checks before delivery

Other features ⇒ on request

Finish

  • Customized hardness: hardened and tempered, annealed, light drawn or hard drawn
  • Surface: shiny, rough-drawn

Other ⇒ on request

Delivery

  • In bars
  • In reels
  • In coil

Precision stainless steel round wires and rods

Applications

Alloys

Dimensions

Tolerances

  • Ø H7 for wires and rods without cylindrical grinding
  • Ø H6 for ground rods
  • Straightness: <1mm/m

Other tolerances: on request.

Finishes

  • Customized hardness: hardened and tempered, annealed, light drawn or hard drawn
  • Surface: glossy, rough-drawn or customized on request

Delivery

For more information, please contact us

"*" indicates required fields

Drop files here or
Accepted file types: pdf, Max. file size: 2 MB.
    Newsletter
    This field is for validation purposes and should be left unchanged.