Company Filing History:
1 out of 832,912 Years Active: 2004
Title: Innovations by Dae Hwi Lee: A Pioneer in High Chlorine and Heat Resistant Spandex Fiber
Introduction
Dae Hwi Lee, an accomplished inventor based in Chungjoo-shi, South Korea, has made significant contributions to the field of textile technology. With a focus on enhancing the functionality of materials, Lee's work has culminated in a patent for a specialized spandex fiber that possesses exceptional resistance to both chlorine and heat.
Latest Patents
Dae Hwi Lee holds a notable patent titled "High Chlorine and Heat Resistant Spandex Fiber and Manufacturing Method Thereof." This innovative spandex fiber is engineered to maintain the properties of polyurethane while providing outstanding resistance to chlorine and heat. The patent details a manufacturing process that incorporates hydrotalcite coated with 0.1 to 10 wt. % of a melamine-based compound, which includes various melamine compounds, phosphor-associated variants, and compounds substituted with organic carboxyl groups. This fiber is particularly advantageous for manufacturing sports apparel, including swimsuits, as well as underwear and socks.
Career Highlights
Throughout his career, Dae Hwi Lee has dedicated his efforts to developing advanced textile materials. His patent underscores his expertise in combining chemical engineering with practical applications in the fashion and sports industries. Lee's work reflects a commitment to enhancing product performance through innovative material design.
Collaborations
Dae Hwi Lee has collaborated with colleagues such as Byung Su Song and Tae Woo Lee, contributing to a dynamic research environment focused on textile innovation. These collaborations have enabled the sharing of ideas and expertise, which enhances the development of cutting-edge materials.
Conclusion
In summary, Dae Hwi Lee stands out as an influential inventor in the textile industry. His groundbreaking work on chlorine and heat resistant spandex fiber exemplifies the intersection of scientific research and practical application. As the demand for performance-oriented materials continues to grow, Lee's contributions are poised to have a lasting impact on clothing technology and functionality.