K. David Lake
About K. David Lake
K. David Lake is a Senior Scientist at Milliken & Company, where he has contributed to the development of successful clarifiers and nucleators in the Millad® and Hyperform® product lines. With nine issued US patents, he focuses on new additive technologies while supporting polypropylene and polyethylene producers in North America.
Work at Milliken & Company
K. David Lake has worked at Milliken & Company since 1983, serving as a Senior Scientist for 41 years. He has played a crucial role in the development and commercialization of key clarifiers and nucleators within the Millad® and Hyperform® product lines. His responsibilities include the development of new additive technologies and providing sales and technical support to polypropylene and polyethylene producers across North America.
Education and Expertise
K. David Lake earned a Bachelor of Science (B.S.) degree in Chemistry from Presbyterian College, where he studied from 1979 to 1983. His educational background has contributed to his extensive expertise in formulating polypropylene, focusing on clarification, nucleation, reinforcement, and impact modification. He has also developed broad processing knowledge in various extrusion and molding processes used in the fabrication of polyolefin articles.
Patents and Publications
K. David Lake has authored or co-authored nine issued US patents. His contributions to the field of polymer science are reflected in these patents, which cover various innovations related to clarifiers and nucleators. His work has significantly impacted the development of additive technologies in the polymer industry.
Specialization in Polyolefins
K. David Lake has expanded his expertise into other polyolefins, particularly polyethylene, by supporting Milliken's growing nucleation platform for PE. His specialization includes extensive knowledge in formulating polypropylene, particularly in areas such as clarification, nucleation, reinforcement, and impact modification, making him a key figure in the advancement of polyolefin technologies.