Klaus-Dieter Vissing

Title: **Klaus-Dieter Vissing: A Pioneer in Antimicrobial Innovations**

Introduction

Klaus-Dieter Vissing, based in Thedinghausen, Germany, is an accomplished inventor with a notable portfolio of nine patents. His innovative contributions primarily focus on antimicrobial materials, advancing the fields of material science and biocidal applications.

Latest Patents

Among his latest patents is the groundbreaking **Antimicrobial Layered Material**. This invention features a layered material that incorporates a particulate biocidal active ingredient, topped with a transport control layer, which is deposited through an afterglow plasma-enhanced chemical vapor deposition (PE-CVD) method. This technology not only enhances the application's effectiveness but also paves the way for novel methods of producing antimicrobial layer materials.

Another significant development is the **Solid Plasma Polymer Body**. This invention specializes in a plasma polymer layer noted for its exceptionally high modulus of elasticity at a particular carbon/oxygen ratio. It is designed to be applied to a substrate, creating a solid body that showcases the advanced properties of plasma polymerization.

Career Highlights

Klaus-Dieter Vissing has had a distinguished career, marked by his tenure at prominent research institutions. He has worked with the Fraunhofer-Gesellschaft zur Förderung der Angewandten Forschung e.V., where he contributed significantly to applied research and innovation. Additionally, he held a position at Bio-Gate AG, where he focused on developing advanced antimicrobial solutions. His extensive work reflects his commitment to pushing the boundaries of material science.

Collaborations

Throughout his career, Klaus has collaborated with several talented professionals, including Matthias Ott and Dirk Salz. Their joint efforts have undoubtedly enriched the research landscape, fostering innovation and technical advancements in antimicrobial applications.

Conclusion

Klaus-Dieter Vissing's contributions to the field of antimicrobial innovations are remarkable. Through his patents and collaborative endeavors, he continues to forge new pathways in material science, emphasizing the importance of developing effective, biocidal solutions for various applications. His work not only highlights the potential of innovative materials but also his commitment to improving health and safety through advanced technology.