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Hot forging for materials that are difficult to machine

When turning and milling reach their limits with challenging materials, hot forging is often the better solution.

Using hot forging, Güldner manufactures special screws and fasteners from duplex steel, nickel-based alloys, high-temperature-resistant steels or titanium in a way that is gentle on the material, cost-effective, and precise – from prototypes to large-scale production in diameters starting at M6.

Duplex steel is difficult to machine

Materials such as duplex steel, nickel-based alloys, or titanium place high demands on the manufacturing process. Especially when working with cost-intensive and difficult-to-machine materials, it is crucial to use materials efficiently and avoid unnecessary waste.

Hot forging offers a decisive advantage over machining in this regard:

No chips are produced – and thus no unnecessary material loss occurs. This is particularly important when high-quality specialty materials need to be processed cost-effectively.

Hot Forging: Efficient Manufacturing of High-Strength Screws

Hot Forging for Specialty Screws and Fasteners

In hot forging, the workpiece is heated to high temperatures to increase formability and precisely produce complex geometries. The process is particularly well-suited for specialty screws, fasteners, and custom C-parts that require high strength, cost-effectiveness, and material efficiency.

 

Your Benefits with Hot Forging

  • Chip-free manufacturing with no chips or scrap
  • Cost-effective production with expensive materials
  • High load-bearing capacity due to a homogeneous microstructure
  • Suitable for complex geometries
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Hot Forging as an efficient solution for fasteners

Within the field of hot forming, hot forging is a proven process for manufacturing fasteners and specialty screws.

Especially when materials are expensive or high degrees of forming are required, hot forging is a cost-effective alternative to machining. This allows even complex components to be manufactured efficiently and with minimal material waste.

 

 

 

 

 

 

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