Company Filing History:
Years Active: 1994
Title: Innovations by Bruce M. Farber: Advancements in Impact Resistance Coatings
Introduction: Bruce M. Farber, a notable inventor located in La Mirada, California, has made significant contributions to the field of material science through his inventive processes. His work primarily focuses on enhancing the impact resistance of coated plastic substrates, which has applications in various sectors, including ophthalmic lenses and safety eyewear.
Latest Patents: Farber holds a patent for a "Process for Improving Impact Resistance of Coated Plastic Substrates." This innovative process involves applying an aqueous polyurethane dispersion as a primer layer to the surface of a plastic substrate. After partially curing the primer by air drying, a coating composition is applied and subsequently cured to create an abrasion-resistant hard coat. This method not only enhances the impact resistance but also ensures strong interfacial adhesion, ideally suited for transparent articles, thus maintaining aesthetic qualities while improving durability.
Career Highlights: Bruce M. Farber’s dedication to research and development has been exemplified through his work at SDC Coatings, Inc. His expertise in polymer technology has positioned him as a key figure in developing advanced coatings that meet industry demands for tougher and more resilient products.
Collaborations: Throughout his career, Farber has collaborated with other skilled professionals in the field, including his coworker William C. Harbison. Their partnership has fostered innovation within SDC Coatings, Inc., contributing to the growth and enhancement of coating technology.
Conclusion: In summary, Bruce M. Farber's work represents a vital progression in the improvement of impact resistance for coated plastic substrates. His patent not only addresses functional performance but also caters to the aesthetic needs of transparent applications. As he continues his work with SDC Coatings, Inc., he stands as an influential inventor shaping the future of durable and reliable coated materials.