PORTFOLIO

This project develops an eco-friendly superhydrophobic coating that repels water efficiently while avoiding harmful fluorinated compounds (PFAS). Using sustainable materials and a simple application process, the coating offers excellent water resistance, durability, and environmental safety. The innovation provides a sustainable alternative for various industries, combining high performance with reduced ecological impact.

The Validate phase successfully achieved all its initial objectives. The coating formulation was significantly improved and optimized, resulting in a well-defined superhydrophobic coating with a controlled and reproducible production process. The project team was strengthened and now consists of two members. Strong interest was generated among potential industrial customers, leading to initial collaborations and application trials with promising feedback. These results confirmed the technological potential and market interest in the coating. The project has also successfully secured follow-up funding from the Gebert Rüf Stiftung to continue into the Execute phase, focusing on further technology validation, market readiness, and preparation for the creation of a spin-off.