Ann L Wagner

Title: Ann L. Wagner: Innovator in Nonwoven Fabrics

Introduction

Ann L. Wagner, an inventive force hailing from Cummings, Georgia, stands as a notable inventor in the field of nonwoven web technologies. With two patents to her name, her contributions are significant within the realm of materials engineering, particularly focusing on enhancing the properties and applications of nonwoven webs.

Latest Patents

Wagner's latest patents showcase her innovative approach to nonwoven fabric development. One of her inventions is an "Apparatus for forming a nonwoven web," which involves a sophisticated system for creating a nonwoven web from a thermoplastic polymer resin. This apparatus includes a reservoir for supplying melted resin, a pump for transporting the resin to a die, and a specialized die that allows for the formation of discrete resin streams. Notably, the die is designed to include a fluid passageway for air that surrounds the resin flow, and it features a fluid interrupt system to manage the resin flow effectively.

Another significant patent by Wagner is for a "Nonwoven web with projections." This innovation involves a nonwoven web consisting of interbonded thermoplastic fibers arranged in an array of hollow projections. The design allows for enhanced fluid flow properties and controlled porosity, making it suitable for various applications, including personal care items, cleaning materials, and products for healthcare purposes.

Career Highlights

Ann Wagner has made substantial contributions to the field through her work with Kimberly-Clark Corporation, a well-established company known for its innovation in personal care products. Her patents reflect her dedication to advancing technology in material science, particularly in developing structures that offer improved functionality and efficiency.

Collaborations

Wagner has collaborated with industry peers such as Stephen M. Englebert and Gregory S. Hafer, who share her commitment to innovation and excellence in product development. These collaborations highlight the importance of teamwork in achieving breakthroughs within the competitive field of materials engineering.

Conclusion

Ann L. Wagner's innovations in nonwoven webs underscore her role as a prominent inventor in the industry. Her patents not only enhance the functionality of everyday products but also pave the way for advancements in material technology. Through her work at Kimberly-Clark Corporation and collaborations with talented colleagues, Wagner continues to leave a lasting impact on the field of nonwoven fabrics.