Otto W Gordon

Title: Innovations by Otto W. Gordon: A Pioneer in Microemulsions and Coatings

Introduction

Otto W. Gordon, a distinguished inventor based in Apples, Switzerland, has made significant contributions to the fields of microemulsions and coating technologies. With a portfolio of three patents, his innovations demonstrate a deep understanding of materials science and chemical engineering.

Latest Patents

One of Otto's notable patents is titled "Synergistic matrix composite for making stable microemulsions of active ingredients". This invention outlines a synergistic composite that facilitates stable microemulsions in water for active ingredients. It includes a first matrix composition containing various components such as a C-CN-alkyl pyrrolidone, water insoluble organic solvents, and a non-ionic emulsifier. Additionally, it encompasses the use of a polar polymeric material and neutralized derivatized vegetable oil to enhance the loading capacity of active ingredients.

Another significant patent from Otto is related to a "Coating agent, method and coated substrate surface", which focuses on developing a coating agent for cellulose-bearing surfaces. This invention integrates platelet-shaped pigments that are resistant to corrosion and UV light, creating a robust bond with cellulose substrates through a unique bonding agent. This innovation is vital for applications requiring enhanced durability and protection.

Career Highlights

Throughout his career, Otto W. Gordon has worked with esteemed companies, including Grant S.A. and Eckart GmbH & Co. KG. His roles in these organizations allowed him to harness his expertise and contribute to cutting-edge advancements in his field.

Collaborations

Otto has collaborated with talented professionals such as Eric Plattner and Frank Doppenberg, leveraging their combined expertise to drive innovative projects forward. Such partnerships exemplify the collaborative spirit essential for advancements in technology and research.

Conclusion

Otto W. Gordon's innovative patents and career achievements significantly impact the development of microemulsions and coatings. His work exemplifies the intersection of science and practical application, showcasing the potential for innovation in improving product performance across various industries. As the field continues to evolve, Otto's contributions will undoubtedly remain influential and inspire future advancements.