Fields of activity

Reference projects

Thanks to sound material knowledge and expertise in the process for electroplating and chemical surface finishing, BWB-Iten has earned itself a good reputation in many diverse fields of activity.

  • Mechanical engineering
  • Electronics
  • Medical technology
  • Textile industry

This brass part is coated partially with electroless nickel – for increased hardness and enhanced abrasion resistance.

Mechanical engineering

This brass part is coated partially with electroless nickel – for increased hardness and enhanced abrasion resistance.

Mechanical engineering

The copper cap is finished with electroless nickel for enhanced abrasion resistance.

Mechanical engineering

The copper cap is finished with electroless nickel for enhanced abrasion resistance.

Mechanical engineering

A steel part is degreased before its surface is treated with electroless nickel – in order to improve corrosion protection.

Mechanical engineering

A steel part is degreased before its surface is treated with electroless nickel – in order to improve corrosion protection.

Mechanical engineering

Brass parts are connected and linked using copper wire and are prepared for the electroless nickel coating.

Mechanical engineering

Brass parts are connected and linked using copper wire and are prepared for the electroless nickel coating.

Mechanical engineering

Small steel parts are linked using copper wire before surface finishing.

Mechanical engineering

Small steel parts are linked using copper wire before surface finishing.

Mechanical engineering

A steel blank is partly coated with several millimetres of copper: known as a thick film process.

Mechanical engineering

A steel blank is partly coated with several millimetres of copper: known as a thick film process.

Mechanical engineering

Passivated parts made of chrome nickel steel are dried through blowing out.

Mechanical engineering

Passivated parts made of chrome nickel steel are dried through blowing out.

Mechanical engineering

A chrome steel plate is electroless nickel plated.

Mechanical engineering

A chrome steel plate is electroless nickel plated.

Mechanical engineering

Electroforming is used to produce 3D objects.

Mechanical engineering
Textile industry

Electroforming is used to produce 3D objects.

Mechanical engineering
Textile industry

Through lithography, electroplating and moulding, delicate graphics and elegant lettering can be created.

Mechanical engineering

Through lithography, electroplating and moulding, delicate graphics and elegant lettering can be created.

Mechanical engineering

A copper part during the electroless nickel plating process: dimensional accuracy and enhanced corrosion protection are essential.

Mechanical engineering

A copper part during the electroless nickel plating process: dimensional accuracy and enhanced corrosion protection are essential.

Mechanical engineering

Very small parts made of copper are carefully dismantled after the electroless nickel coating.

Mechanical engineering

Very small parts made of copper are carefully dismantled after the electroless nickel coating.

Mechanical engineering

Electroforming is suitable for a wide range of applications – including model construction – such as for a train component shown here.

Mechanical engineering

Electroforming is suitable for a wide range of applications – including model construction – such as for a train component shown here.

Mechanical engineering

Dimensionally stable steel parts have greater corrosion protection through electroless nickel plating.

Mechanical engineering

Dimensionally stable steel parts have greater corrosion protection through electroless nickel plating.

Mechanical engineering

Various small parts on the electroplated frame are coated with electroless nickel.

Mechanical engineering

Various small parts on the electroplated frame are coated with electroless nickel.

Mechanical engineering