We offer unique brazing technology and know-how for

• Copper

  • Copper-copper particle brazing

  • Copper-copper foil brazing

  • CAB gases

    • Nitrogen + Hydrogen

• Aluminium

  • Aluminium-Silicon eutectic particle

  • Binder/particle brazing

  • Binder selection and fume management

  • Oxide 'getters'

    • Atmospheric

    • Additives

• Furnaces

  • Brazing chemical dynamics

  • Oxide formation prediction rates

  • 'Getter' oxide reduction rates

  • Binder fume-control zone design

  • Entry-exit CAB gas control

  • Vacuum-assist + CAB backfill

• For particle-based brazing technologies, alloy particles are attached to the metallic surfaces with binders. When the assembly heats up, the binder breaks down and fumes into the inert CAB atmosphere 

• If these binder fumes reach the brazing zone, they contaminate the brazing process - often due to oxidation or carbon deposits

• This can render the braze alloy ineffective

• We have successfully designed and implemented special technologies in order to control binder fumes to prevent binder poisoning

We offer unique technology and know-how for

• Brazing profile optimization

  • An aluminium profile is totally different to a copper profile!

• Gas-flow balancing

  • Low oxygen saturation levels

  • Reduced CAB gas usage

• Binder burn-off control

  • Extremely important in producing a clean brazed product!

• Post-braze cooling systems

  • Water jacket

  • CAB gas-blast cooling

  • Air-blast cooling