Christopher Laslie

Title: Innovations by Christopher Laslie: Pioneering Elastic Composites

Introduction

Christopher Laslie, an accomplished inventor based in Cumming, GA, has contributed significantly to the field of elastic composites. With a total of three patents, Laslie's innovative ideas focus on enhancing the performance and usability of elastic materials in various applications.

Latest Patents

One of his most notable innovations is an elastic composite featuring a low strength and lightweight nonwoven facing. This invention allows for selective control over material parameters, enabling lightweight nonwoven facings with low strength to be laminated to an elastic film without compromising their integrity. In particular, this composite incorporates a multi-layered construction that enhances strength while maintaining appropriate tack for adherence.

Another groundbreaking patent involves an apparatus for creating crosslinked elastic laminates. This apparatus utilizes a die for extruding a crosslinkable elastic copolymer and includes elements such as rollers, a lamination nip, and a processing unit. This setup ensures that the elastic layer retains its properties during the lamination process, supporting the development of durable and effective elastic products.

Career Highlights

Christopher Laslie holds a position at Kimberly-Clark Worldwide, Inc., where he continues to pursue his passion for innovation in elastic materials. His work contributes to enhancing the functionality of products used in everyday lives, demonstrating the practical impact of his inventions.

Collaborations

Throughout his career, Laslie has collaborated with talented professionals, including Oomman Painummoottil Thomas and Howard Martin Welch. These collaborations have fostered an environment of creativity and led to the successful development of his innovative patents.

Conclusion

Christopher Laslie's work in elastic composites exemplifies how targeted innovations can be developed to improve product integrity and performance. As he continues to innovate at Kimberly-Clark, his contributions are shaping the future of materials engineering and setting new standards in industry practices.