Company Filing History:
Years Active: 1987-1988
Title: Innovator Wladislaw Kubica: Pioneering Advances in Tire Technology
Introduction: Wladislaw Kubica, an inventive spirit based in Hainburg/Donau, Austria, has made significant strides in the field of tire technology. With two patents to his name, Kubica has developed groundbreaking methods involving castable and sprayable elastomers, showcasing his commitment to innovation in the automotive sector.
Latest Patents: Kubica's latest patents focus on the creation of tires utilizing castable or sprayable elastomers. One patent outlines a method of building a tire in a mold with a core and a cavity, which defines the tread, sidewall, and bead areas of the tire. It incorporates a flexible mesh fabric that serves as a spacer between radial reinforcement and the tire's inner surface, ensuring optimal construction. Another patent describes a tire formed by tying a knitted fabric spacer onto the tire mold core, reinforcing it through spot welding, and ultimately forming the tire body with the mentioned elastomers. These innovations demonstrate Kubica's expertise and ingenuity in tire manufacturing.
Career Highlights: Wladislaw Kubica currently works at Lim Kunststoff Technologie Gesellschaft M.b.H., where he continues to push the boundaries of tire design and manufacturing. His experience in elastomer technology has allowed him to contribute significantly to the efficiency and functionality of modern tires.
Collaborations: Kubica has collaborated with Oskar Schmidt, a colleague who shares his passion for innovation. Together, they have advanced the research and development of innovative tire solutions, combining their knowledge and skills to enhance product offerings in the automotive industry.
Conclusion: Wladislaw Kubica stands out as a notable inventor in the tire technology sector. His work on castable and sprayable elastomers not only showcases his inventive capabilities but also contributes to the evolution of tire manufacturing. As he continues to innovate, Kubica remains a key figure in shaping the future of this essential automotive component.