Seung-Lin Lim

Papers

Total Citations

H-Index

About

Seung-Lin Lim is a materials scientist whose work bridges electrochemistry and functional textiles, with a focus on developing conductive, antibacterial polymer fibers. In their most-cited study, Lim pioneered a method for electrochemical deposition of copper onto polypropylene fibers, creating complex fibers that combine electrical conductivity with antimicrobial properties—a dual functionality critical for smart textiles and biomedical applications. This foundational work, cited 3 times, demonstrates Lim's ability to integrate metal-ion coatings with flexible polymer substrates, addressing global demand for multifunctional materials. While their citation count is modest, Lim's contribution lies in advancing scalable fabrication techniques for wearable electronics and infection-resistant surfaces. Their research holds particular relevance for students and engineers exploring sustainable, low-cost approaches to functionalizing everyday materials. By merging electrochemistry with polymer science, Lim has opened pathways for next-generation textiles that sense, conduct, and protect—a vision that continues to inspire innovation in responsive material design.