Our offer – how we work with you

Coating technology and corrosion protection in automotive engineering are highly diverse. To turn complex questions into clear decisions, we have structured our approach into three transparent steps.

1. Initial discussion

In a non-binding discussion we clarify your task – technically and organisationally. Typical questions include:

  • Which substrates and materials are used (e.g. steel, aluminium, magnesium, CFRP)?
  • Which coating systems are planned or already in use?
  • What are the geometries, installation conditions and environmental loads?
  • Which norms and specifications apply (e.g. TL, GS, DBL)?

2. Analysis, concept & proposal

Based on the initial discussion we develop a tailored approach for your project:

  • Technical analysis of component, system build-up and load profiles.
  • Selection of suitable laboratory tests and test strategies.
  • Estimation of effort, duration and preconditions.
  • Written proposal with clearly defined scope of work and cost transparency.

3. Implementation & support

After your approval we implement the agreed approach – from laboratory testing through to support in series production:

  • Execution of laboratory tests in the technical laboratory of IBEKOR GmbH.
  • Photographic documentation and detailed reporting.
  • Recommendations for design, coating systems and process control.
  • Support for sample series and series ramp-up as required.

Who is IBEKOR the right partner for?

Our customers mainly come from the automotive and supplier industry: OEMs, Tier-1 and Tier-2 suppliers, coating shops and specialised manufacturers. We also work closely with design teams, quality departments and purchasing organisations.

Whether you have a single technical question, seek long-term development support or need laboratory services: we adapt the scope and depth of our work flexibly to your needs.

View contact & directions
Aluminium design vehicle as symbol for corrosion protection in automotive engineering
Corrosion protection in automotive engineering: from component concepts via coating systems to laboratory verification.