New 25 MN Tube Press at the Röthenbach Location

Diehl Metall Messing

A major investment in quality improvement, competitiveness and a good working environment for employees 

The new tube press has a pressing force of 25 meganewtons (MN). It serves to produce hollow rods and rods wirh a wide spectrum of modern brass alloys. The dimensions range from 14 to 75 mm external diameter. Various geometries such as round, square, hexagonal and octagonal can be produced.  

The products are used by our customers from the sanitary and automotive and mechanical engineering industries. 

A summary of the additional advantages of the new 25 MN tube press:

  • Quality improvements
  • Protection of resources and energy efficiency
  • Occupational safety and ergonomics
Diehl Metall – as Corporate Division of the Diehl Group founded in 1902 (Sales: 2,905.0 m. Euro, Employees: 14,520) – strengthened its excellent position on the global markets in the last few decades. The international technologie manufacturer is headquartered in Röthenbach a d Pegnitz near Nürnberg. Diehl Metall has 15 locations in Europe, Asia, South America and the USA.
Diehl Metall Messing produces rods, tubes and profiles made of over 60 different alloys delivering the products above all to customers from the heating and sanitary-equipment industry as well as from the automotive, electrical engineering and electronics industries.

Diehl Metall Schmiedetechnik produces drop-forged parts. As successful partner of the automotive industry the company is world-leading in the production of the synchronizer rings. The product portfolio comprises brass and steel synchronizer rings. Both are available with innovative friction layers.

Diehl Metal Applications (DMA) provides customized development, production and marketing if highly technical products across the entire supply chain: from copper-alloyed strip and wire, highly complex stamped parts, including Schempp+Decker Press-Fit Zones, highly selective surface finishing as well as the plating of 3D parts to metal-plastic compound systems.