BFI
Fields of Activity / Surface and Wear Technology
VDEh-  
Betriebsforschungsinstitut  
Fields of Activity  
Process Automation  
Steelmaking  
Process Chemistry and  
Metallurgy  
Process and Plant  
Automation  
Plant and  
System Technology  
Plating and  
Surface Finishing  
Surface and  
Wear Technology  
Water Technology and  
Water Management  
Fluid Mechanics  
Gas Management and  
Industrial Furnace Technology  
Thermal Process Technology  
and Automation  
Measuring Techniques  
Metallurgical Processes  
Measuring and  
Testing Technology  
Quality and  
Information Technologies  
Services & Products  
Patents and Licensees   
Vacancies  
Diploma Thesis Opportunities  
Publications  
Links  
Wear-related costs
Blast furnace burdening systems
Wear expert system
Wear testing machines
Surface topography measurement
Skin-pass rolling
Chatter mark analysis
Top coat levelling behaviour
Surface and Wear Technology


Dr.-Ing. O. Deutscher
• Tel: 0211 / 6707 - 243 • E-Mail: oswald.deutscher@bfi.de 

The activities undertaken within the field of "Surface and Wear Technology" include the scanning, analysis and characterisation of surface topographies as an integral part of product quality. Besides visual appearance, attention is focused particularly on the service properties resulting from surface topography. This encompasses the production of, and stress-related changes to, surface topogra-phies.

Other central aspects include the optimisation of tribo-systems and the evaluation of materials' resis-tance to wear under diverse tribological conditions. Prominent aims in this respect are to reduce the wear-related costs and assure long-term stability of the required product quality.
Extensive expertise is available in the following areas, among others:

  • Two-dimensional and three-dimensional scanning, analysis and evaluation of surface textures
  • Determination of function-relevant surface characteristics, e.g. in relation to: texture transfer (e.g. from skin-pass roll to strip), changes in texture due to wear (e.g. roll roughness), long-wave textural components (e.g. chatter mark analysis), suitability for coating (e.g. paintabil-ity), suitability for bonding (e.g. adhesive bonding)
  • Damage analyses of wear-exposed components 
    Reduction of wear-related costs through component optimisation
  • Conduct of field and laboratory testing to solve defined wear problems
  • Development of industrially oriented wear testing machines
  • Analysis of materials' wear resistance to enable the selection of suitably durable materials and provide support in material developments
  • Development and maintenance of tribological databases