Company Filing History:
Years Active: 2003
Title: Olov Österberg: Pioneering Innovations in Adhesive Systems
Introduction
Olov Österberg, based in Täby, Sweden, is a notable inventor recognized for his significant contribution to adhesive technology. With a focus on enhancing the bonding of cellulosic fiber-containing surfaces, his innovative approach combines advanced adhesive formulations with unique curing methods. His work represents a key development in materials science, particularly in the areas of construction and manufacturing.
Latest Patents
Olov holds a patent titled "Method of Joining Surfaces." This patent articulates a method for joining surfaces made from cellulosic fibers using a phenolic, phenol-resorcinol, or resorcinol resin-based adhesive system. A crucial aspect of his invention is that at least one of the surfaces is treated with a cure promoter composition that includes a carbonate, before the application of the adhesive system. This enhances the adhesive's performance and effectiveness. Furthermore, he has developed a cure promoter composition specifically for phenolic resin-based systems, further showcasing his innovative approach to adhesive technologies.
Career Highlights
Olov Österberg is affiliated with Akzo Nobel N.V., a leading company in the specialty chemicals industry. This position allows him to work on cutting-edge innovations in adhesive technologies, contributing to the advancement of products used in a variety of industries. His insights and research have made a lasting impact on how surfaces can be effectively bonded in more efficient and durable ways.
Collaborations
Throughout his career, Olov has collaborated with esteemed colleagues like Sven-Erik Andersson and Ben Nasli-Bakir. These collaborations have fostered an environment of creativity and innovation, allowing them to push the boundaries of what is possible in adhesive science.
Conclusion
Olov Österberg stands out as an influential inventor in the field of adhesive technology. His patent not only highlights his ingenuity but also reflects the potential for innovation in materials science. As he continues his work at Akzo Nobel N.V., the implications of his research could lead to more efficient and robust bonding solutions across various industries.