Communication between autonomous systems requires a common language and uniform semantics. Furthermore, due to the increasing complexity of the entire […]
Concepts for reducing friction and wear
Your goals:
- Optimization of components with regard to wear resistance
- Selection and evaluation of optimal materials and coatings
- Optimization of friction through the use of suitable materials
- Optimization of friction through functional surface topographies
- Prevention of tribological damage
Our portfolio:
- Advice on the use of optimal materials, coatings and surface topography
- Performing tribological damage analyzes
- Tribometer tests for the simulation of all wear mechanisms (adhesion, furrow, surface crushing and tribocorrosion)
- Combined load (temperature, corrosion)
- Tribometer tests for the assessment of friction and wear behavior (harmanalytic, gravimetric)
- Damage analysis: SEM, LIMI, tactile or optical surface measurement and evaluation
- Near-close tests – e.g. Different bearing test stands
