Company Filing History:
Years Active: 2022
Title: Innovator Chang-mok Son: Pioneering Antimicrobial Fiber Technology
Introduction: Chang-mok Son is a distinguished inventor based in Gyeonggi-do, South Korea. He has made significant strides in the field of fiber manufacturing, particularly with his innovative approach to producing antimicrobial thermal and heat-retaining fibers. His work not only enhances the durability of textiles but also contributes to improved hygiene standards in fabric use.
Latest Patents: Chang-mok Son holds a patent for a "Method for producing antimicrobial thermal and heat-retaining fiber, fiber produced by the method and fabric using the fiber." This method includes spinning a solution onto a fiber-forming resin that contains specific percentages of carbon particles and a metal alkoxide coupling agent, enhancing both antimicrobial properties and heat retention. The resulting fiber, crucially designed to prevent breakage during spinning, also exhibits wash fastness, making it a valuable addition to the textile industry.
Career Highlights: Currently employed at G.clo Inc., Chang-mok Son has positioned himself as a notable figure in innovative textile technology. His research and developments are not just groundbreaking but are also applicable in various practical situations, giving consumers high-quality options that prioritize health and safety.
Collaborations: Throughout his career, Chang-mok Son has collaborated with notable peers including Hyung-jin Son and Jae-hun Jung. These partnerships have further driven innovation and development within their projects, resulting in successful advancements in fiber technology.
Conclusion: Chang-mok Son exemplifies the spirit of innovation with his dedication to research and development in antimicrobial fibers. His contributions through patented inventions not only reflect his inventiveness but also set a high standard for future developments in the textile industry. As technology advances, his work will undoubtedly continue to play a crucial role in enhancing the safety and functionality of fabrics worldwide.