Company Filing History:
1 out of 401 
1 out of 7 Years Active: 2005
Title: Peter AM Van Damme: Innovating the Future of Impact Protection
Introduction
Peter AM Van Damme, based in AA Bergen op Zoom, Netherlands, is an esteemed inventor recognized for his contributions to material science and engineering. With one patent to his name, he has made significant strides in the field of impact protection through innovative designs.
Latest Patents
Peter's noteworthy patent is titled "Reinforced Impact Beam." This invention features an impact beam constructed with a polymer matrix and a metal reinforcing structure. The design incorporates metal cords made from elements with a diameter of 100 μm or more, ensuring enhanced durability and strength. The polymer matrix may include thermoplastic and/or fiber materials, with steel being the preferred metal. A distinctive aspect of this patent is the arrangement of the metal cords parallel to each other, allowing for the polymer matrix to consist of multiple layers, some of which envelop the metal cords with a robust mechanical bond.
Career Highlights
Throughout his career, Peter has collaborated with prominent companies, enhancing his experience and expertise in material innovation. Notable among these are Bekaert SA, a leader in steel wire transformation and coating technologies, and Polynorm N.V., recognized for its advancements in composite materials. These roles have allowed him to explore and develop solutions that directly impact safety and performance in various applications.
Collaborations
Peter’s work has often involved collaboration with talented individuals such as Paul Corscadden and Willem Dekeyser. These partnerships have contributed to a dynamic exchange of ideas and innovations, propelling advancements in the development of impact-resistant materials and technology.
Conclusion
Peter AM Van Damme exemplifies the spirit of innovation within the realm of materials engineering. His patented Reinforced Impact Beam demonstrates his commitment to creating safer and more resilient structures. As he continues his work, his contributions to the field promise to pave the way for future advancements in impact protection and material technology.