Products & product forms

Our materials

  • Nickel / nickel-based alloys

    Thermal expansion alloys


    FeNi 36 - 1.3912 (Invar)


    FeNi 42 - 1.3917


    FeNi 48 - 1.3922


    FeNi 51 - 2.4478



    Pure-Nickel


    Ni 99,6 - 2.4060


    LC-Ni 99,6 - 2.4061


    Ni 99,2 - 2.4066 (Alloy 200)


    Ni 99,2 - 2.4068 (Alloy 201)



    soft magnetic Nickel-Alloy


    FeNi 36 -  1.3910 / 1.3911


    FeNi80Mo - 2.4545 / 2.4596 (Mu-metal)



    Nickel-Chrome


    NiCr 80/20 - 2.4869 (Alloy 80/20)



    Nickel-Copper


    NiCu30Fe - 2.4360


    NiCu30Al - 2.4375


    NiCu45 - N04404

  • Cobalt alloys

    CoFe5


    CoFe5Ni



    2.4778 - heat resistant steel


    2.4682 - Cobalt-Nickel

  • Titanium alloys

    Qualities


    3.7025 Grade 1


    3.7035 Grade 2


    3.7065 Grade 4


    3.7235Pd Grade 7 Palladium



    Aerospace


    3.7034 Grade 2 AMS 4911 + AMS4928


    3.7164 Grade 5 Ti6Al4V



    Medical


    3.7164 Grade 5 Ti6Al4V ASTM F136 ELI + F67



    Filler metal


    ERTi2 Grade 2

  • Copper & aluminum

    Wires with round and flat cross-section


    enameled wires temperature class 180 °C IEC 13730-28 and 200 °C IEC-60317-29 / Nema MW36C



    polyesterimides



    Isolated round and flat wires


    IEC 60317-27



    Isolations: Fiberglass, Mica Myler, Kraftpaper, Nomex, Polyeesterfilm, Kapton etc.



    CTC  continuously transposed conductor


    Isolationsn: Lack PVA + Epoxy class 120, Kraftpaper, Nomex or as customer specification



    Polyestersteride + polyamideimides class 200


    5-72 strands

  • Stainless steel

    Austenitic grades


    1.4301 - AISI 304 (V2A) corrosion resistant NiCr stainless steel


    1.4305 - AISI 303


    1.4541 -  AISI 321


    1.4571 - AISI 316 Ti (V4A)


    1.4404 - AISI 316 L stainless molybdenum steel


    1.4462 - AISI 318 LN rust and acid resistant austenitic-ferritic CrNiMo-steel


    1.4828 stainless, heat resistant steel


    1.4841 - AISI 314


    1.4034 stainless, martensitic steel



    Ferritic grades


    1.4016 - AISI 430


    1.4512 - AISI 409


    1.4509 - AISI 441


    1.4510 - AISI 439


    aluminized, welded tubes for the automotive industry


    1.4713 heat resistant chrome steel



  • Special materials


Our product forms

Types of forming

Our cold-rolled strips and sheets are used and shaped in further processing plants. The types of forming are stamping, bending or deep drawing. Depending on the requirements, however, deforming allows a great opportunity of designing a great diversity of parts. The greatest formation is achieved by hydroforming and deep drawing.


Stamping: Stamping describes the cutting out of parts of a workcomponent using a cutting tool. For manufacturing reasons, it usually requires flat materials. That is why this process usually happens at the beginning of a production chain.

Bending: Bending describes the forming of a workcomponent without changing its material volume. In case of bending you form arcs, contours or angles into a workpiece, without cutting out any material. This process is mostly after stamping.

Deep-drawing: According to DIN 8584, deep-drawing is the tensile compression forming of a sheet and strip metal (also known as foil, plate, panel or metal blank) into a hollow body that is open on one side. In most cases, several process steps are carried out one after the other, in which, for example, a preformed hollow body is drawn into a hollow shape with a smaller cross section.

In the case of the deep-drawing process, a change in the thickness of the sheet metal is generally not intended.

Deep drawing can be divided into 3 different processes:

Deep drawing with forming tools (drawing ring, stamp and sheet metal holder)

Deep drawing with active media (gases, liquids)

Deep drawing with active energy (e.g. magnetic forming, high-speed forming)

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