Brazing

Brazing enables the combination of different materials and properties in one component.

Vacuum brazing, in particular, offers the designer new design freedom. These enable new or improved functions with a high level of innovation. The modular design of components leads to simplified manufacturing processes and cost savings.

Inert gas brazing offers a supplement to vacuum technology if, for example, a high vacuum atmosphere is not suitable for the joining process because, for example, components or brazing alloys consist of materials with a high vapour pressure. Nitrogen, which is very inert and minimizes harmful oxidations, is usually used as protective gas.


Areas of application:

•     Mould making
•     Industrial plant and apparatus engineering
•     Mechanical engineering
•     Medical technology
•     Aerospace
•     Energy and environmental technology

•     reproducible quality
•     high strength, even at elevated operating temperatures
•     no flux necessary
•     large-area components can be joined
•     various material combinations
•     minimum distortion
•     no oxidation and annealing colours
•     hardening can be integrated in the process

Our offer:

•     Prototype, small series and large series production
•     Brazing and high temperature brazing
•     Support of customer projects through design consulting and training 

Material groups: 

•     mild steels, stainless steels, superalloys, pure nickel
•     copper and copper alloys
•     titanium and titanium alloys
•     tungsten carbide, high-performance ceramics, cBN, & diamond