Company Filing History:
34 out of 6,152 
4 out of 25,946 
Years Active: 1980-2013
Title: Innovations and Patents of Joseph W. Holubka
Introduction
Joseph W. Holubka, based in Livonia, MI, is a prolific innovator with a remarkable portfolio of 38 patents. His work primarily revolves around developing environmentally friendly solutions for adhesive bonding and surface engineering, particularly in the automotive sector.
Latest Patents
One of his recent inventions, titled "Environmentally Friendly Reactive Fixture to Allow Localized Surface Engineering for Improved Adhesion to Coated and Non-Coated Substrates," presents a method to increase the surface energy of polymeric articles. This innovative approach enhances the relative amount of nitrogen and oxygen atoms within a specific portion of the surface, facilitating better adhesion, particularly in vehicle body frames for windshields. Another significant patent is "Method of Coating a Substrate for Adhesive Bonding," which describes a method for creating a high-velocity impact polymer reaction coating that promotes adhesive bonding. This method involves depositing a polymer reaction compound using a high-velocity impact device, achieving velocities between 10 to 200 meters per second.
Career Highlights
Joseph has spent a significant part of his career at renowned companies such as Ford Motor Company and Ford Global Technologies, LLC. His contributions in these organizations have focused on engineering solutions that improve the bonding processes essential in automotive manufacturing.
Collaborations
Throughout his career, Joseph has collaborated with talented professionals including Ray A. Dickie and Giuseppe Rossi. These collaborations have likely enriched his innovative pursuits and contributed to the successful development of his numerous patents.
Conclusion
Joseph W. Holubka is a distinguished inventor whose work demonstrates a commitment to advancing environmentally sustainable practices in the automotive industry. With 38 patents to his name, his contributions continue to impact the engineering field, paving the way for improved adhesive applications and surface treatment methods.