By optimizing nano- and microscopic techniques, we will characterize the pigments at the nanoscale under controlled conditions that mimic production and application environments. Understanding interactions at the nano- and microscale is crucial for improving production techniques and ensuring consistent material quality.
In our project, models and new measurement techniques will be developed for material characterization and production process optimization, thereby improving product quality and reducing material waste. These developments provide immediate benefits for the pigments in packaging materials, the automotive industry, construction, and telecommunications.
The research also offers a market-competitive advantage for BYK and ALTANA (the collaborators in this research), such as shortening development times, leading to lower costs and an improved market position. Enhanced quality control and optimized processes will result in reduced waste streams and fewer customer complaints. Additionally, the project supports sustainability and circularity, benefiting Dutch society by developing eco-friendly pigments that reduce thermal loads, enhance durability, and improve energy efficiency.