Cookies ermöglichen eine bestmögliche Bereitstellung unserer Dienste. Mit der Nutzung unserer Seiten und Services erklären Sie sich damit einverstanden, dass wir Cookies verwenden. Mehr InfosOK

Our Services

We are looking forward to assist you with all your questions concerning lifetime prediction and assessment of part properties for your plastic components.

Through our industry-oriented approach, we provide individually tailored solutions for your specific needs.


Special issues are:

  • Fatigue behaviour under cyclic loading
  • Creep and relaxation behaviour
  • Stress cracking resistance
  • Ageing behaviour (thermo-oxidative ageing, resistance to media, weathering, etc.)
  • Accelerated test methods for lifetime prediction (long-term and ageing behaviour)
  • Quantitative determination of residual stresses
  • Process-structure-property-relationships
  • Simulation of material and component behaviour (plastics/fibre-reinforced plastics)
  • Strength and fatigue analysis by means of FEM simulation

We provide:

  • Support regarding the translation of component requirements (specification sheet) into material requirements
  • Determination of material data for the long-term mechanical design
  • Development of application and product orientated testing concepts for the evaluation of the long-term and ageing behaviour of plastic components
  • Condition assessment of new plastic components or after long-time service
  • Analytical investigations of ageing related property changes
  • Implementation and further development of accelerated test concepts for fast predictions of the long-term and ageing behaviour of plastic parts (methods and models)
  • Evaluation of the influence of processing conditions on the internal structure (morphology, weld lines, anisotropy, …) and on the resulting component properties
  • Development of simple testing concepts for quality monitoring of materials and components
  • Simulation of material and component behaviour with respect to specific operating conditions
  • Determination of material properties and calibration of appropriate material models