Rachel Clare Little

Title: Innovator Spotlight: Rachel Clare Little

Introduction

Rachel Clare Little, a talented inventor based in Glasgow, GB, has made significant contributions to the field of polymer technology. With two innovative patents to her name, she has proven herself as a formidable force in the advancement of materials science and electronics manufacturing.

Latest Patents

Rachel's latest patents highlight her expertise and focus on developing advanced materials. The first, titled "Peelable Adhesive Polymeric Film," describes a peelable polymeric film that includes a polymeric substrate layer and an adhesive coating layer. This invention is particularly useful in the manufacture of electronic devices. The adhesive layer is crafted from a switchable aqueous composition that features an aliphatic polyurethane.

Her second notable patent, "Co-Extruded Multi-Layer Polyester Films Having Hydrolytic Stability and Improved Delamination Resistance," details a co-extruded multi-layer biaxially oriented polyester film. This film comprises a primary polyester layer alongside a dissimilar secondary polyester layer. Both layers contain a glycidyl ester derived from branched monocarboxylic acids, and they serve effectively as components in photovoltaic cells.

Career Highlights

Rachel works at DuPont Teijin Films U.S. Limited Partnership, where she actively contributes to research and development in polymeric films. Her innovative mindset and technical prowess have allowed her to play a crucial role in the creation of advanced materials that meet industry demands.

Collaborations

At DuPont Teijin Films, Rachel collaborates with notable colleagues such as Julian Neal Robinson and Jackie H Symonds. Together, they work towards pushing the boundaries of polymer technology, enhancing the performance and applications of their innovative inventions.

Conclusion

Rachel Clare Little's inventive spirit and commitment to innovation continue to advance the field of materials science. Her contributions to the development of polymeric films not only showcase her skills but also emphasize the importance of collaboration in driving technological advancements. As she continues to pursue new challenges and inventions, the industry eagerly anticipates her future works.