Location History:
- Saint-Fons, FR (1977)
- Ternay, FR (1980 - 1999)
Company Filing History:
8 out of 521 
3 out of 202 
3 out of 15 Years Active: 1977-1999
Title: Innovations of Robert Cassat: A Pioneer in Synthetic Paper Technology
Introduction
Robert Cassat, an esteemed inventor based in Ternay, France, boasts an impressive portfolio of 19 patents. His work primarily revolves around advanced materials, particularly synthetic papers that have garnered attention for their innovative properties and applications.
Latest Patents
Among his most recent patents is the Composite Article and Method for Making Same, which focuses on synthetic papers made from thermally stable fibers, pulp, and binders. This inventive paper features fibers with a heat resistance of 180 degrees Celsius or higher, bonded with a fibrous binder made of polyamide or aromatic polyester pulp. The chemical binder utilized consists of polyether-imide of aromatic polyester or polyimide resin, ensuring quality and performance. The innovative composition allows for a wide range of applications, including its usage as dielectric materials. The papers are produced using a wet route, tailored to meet various applications based on the degree of resin conversion.
Career Highlights
Throughout his career, Robert Cassat has contributed significantly to the fields of chemistry and materials science. He has worked with prominent companies such as Rhone-Poulenc Industries and Rhone-Poulenc Spécialités Chimiques. His experience in these organizations has significantly shaped his innovative approach to materials and patent development.
Collaborations
Robert has also collaborated with notable professionals in the industry, including Bruno Vignando and Daniel Semanaz. These partnerships have allowed him to leverage additional expertise and foster innovative solutions in synthetic materials.
Conclusion
Robert Cassat remains a noteworthy figure in the realm of synthetic materials, particularly in the development of advanced paper technologies. His dedication to innovation is evident through his numerous patents and collaborative efforts, contributing to advancements that push the boundaries of material applications.