Company Filing History:
Years Active: 2002
Title: **Innovative Contribution of Charles M. Scarton in Fiber Reinforced Wheels**
Introduction
Charles M. Scarton, an inventor based in Evansville, IN, has made significant strides in the field of automotive technology. With one patented invention to his name, he focuses on enhancing the efficiency and effectiveness of fiber reinforced wheels for motor vehicles. His innovative methods pave the way for advancements in wheel manufacturing and design.
Latest Patents
Scarton holds a patent for a unique method titled "Means and method for attaching FRP wheels." This invention addresses the challenge of creating precise holes in fiber reinforced wheels. It involves drilling stud mounting holes, hub holes, or valve holes through the wheel to an internal dimension that exceeds the final specified size. This technique ensures that fiber ends are severed and exposed, allowing for optimal bonding when thermoset resin is applied. The resin, combined with coupling and curing agents, creates a durable, smooth, and protective layer on the internal surfaces of the hole, defining the final dimensions required for various applications. The design allows for flexibility in hole shapes, accommodating frustoconical, spherical, and cylindrical forms.
Career Highlights
Charles M. Scarton currently works with Accuride Corporation, a company known for its contributions to the automotive wheel industry. His work emphasizes the need for innovation in manufacturing techniques that improve both the functionality and durability of wheels, particularly those made from fiber reinforced materials.
Collaborations
During his career, Scarton has collaborated with fellow inventor William A. Greubel. This partnership showcases a commitment to advancing technology in the automotive sector and working towards innovative solutions that enhance vehicle performance and safety.
Conclusion
Charles M. Scarton's advancements in fiber reinforced wheel technology reflect his dedication to innovation within the automotive industry. His contributions not only expand the current understanding of wheel manufacturing but also set a benchmark for future developments in this critical area. As a result, his work at Accuride Corporation and through his patent continues to impact the market positively, driving further innovations in automotive design and engineering.