Dagmar Korbelarz

Title: Innovator Dagmar Korbelarz: Revolutionizing Self-Cleaning Surfaces

Introduction

Dagmar Korbelarz, based in Hanau, Germany, is a distinguished inventor known for her innovative contributions to self-cleaning surface technology. With three patents to her name, she has made significant strides in the field of coatings and materials science. Her work resonates particularly in industrial applications, aligning well with modern demands for efficiency and sustainability.

Latest Patents

Korbelarz's latest patents focus on self-cleaning paint coatings, showcasing advancements that incorporate the LOTUS EFFECT. One of her prominent inventions is a self-cleaning paint coating that features a unique combination of a paint base coat and a topcoat containing structure-forming particles. The topcoat is at least partially hydrophobic, which aids in the self-cleaning properties of the paint. These structure-forming particles, with an average diameter of less than 100 nanometers, create an intricate surface texture that drives the self-cleaning action.

In addition, she has developed a method for producing glass, ceramic, and metal substrates with self-cleaning surfaces. This technology includes a layer with a micro-rough surface structure, which is partly hydrophobic and enhances the substrates' cleaning capabilities. The innovative layer is produced using a composition of glass flux and structure-forming particles, which adds significant value to various industrial applications.

Career Highlights

Dagmar Korbelarz currently works at Ferro Corporation, a leader in the coatings industry. Her expertise in material science and innovative thinking has contributed to significant advancements in self-cleaning technologies. Throughout her career, she has managed to merge scientific research with practical applications, solidifying her reputation as a pioneering inventor in her field.

Collaborations

Korbelarz collaborates with notable colleagues in her organization, including Martin Baumann and Klaus-Dieter Fritsche. Their synergy fosters a creative environment that enhances the development and refinement of cutting-edge solutions in coating technologies. Their collective efforts aim to push the boundaries of how coatings can be utilized effectively across various substrates.

Conclusion

Dagmar Korbelarz exemplifies the spirit of innovation through her pioneering work in self-cleaning technology. With her impressive patent portfolio and her commitment to advancing material science, she stands at the forefront of making everyday surfaces more efficient and sustainable. Her contributions are not only significant to the field of coatings but also to the broader goal of developing environmentally friendly solutions in industrial applications.