Many companies in the border region face the same challenge: materials and surfaces often behave differently in practice than expected. They may wear out more quickly, release unwanted particles, or lose essential functionalities such as low friction, adhesion or durability. These issues are often discovered late, leading to unstable processes, quality problems and high costs. SPARK-LIFE addresses these challenges with an innovative approach that combines advanced material testing with smart, data-driven predictive models.
With SPARK-LIFE, companies gain early insight into how materials and surfaces actually behave. The project develops a material-driven methodology that combines targeted tests, systematic measurements and modern data analysis. Wear and degradation become visible at an early stage – leading to fewer trial-and-error iterations, better design and engineering decisions, and more stable production processes.
A major strength of SPARK-LIFE lies in its cross-border collaboration. Dutch expertise in wear and friction, polymers, soft materials and interface behaviour is combined with German strengths in surface technology, industrial validation and material characterisation. Shared test facilities, harmonised measurement methods and a joint data framework ensure reliable, reproducible results that are directly applicable across the programme region.
The different application contexts represent variations of a common material and process challenge. This approach is tested and demonstrated in three domains: soft and biomedical interfaces, sustainable polymers and advanced industrial coatings—key technologies in sectors such as medical technology, battery production, thin-film processes and textiles.
SPARK-LIFE delivers concrete tools: practical test methods, shared datasets, predictive models and clear design guidelines. These remain available beyond the project and strengthen the innovation capacity and competitiveness of the border region in a lasting way.
