Company Filing History:
Years Active: 2001
Title: Innovations and Contributions of Inventor Hanna Laamanen
Introduction
Hanna Laamanen is a prominent inventor based in Espoo, Finland. She is known for her innovative work in the field of polymer chemistry, particularly for her development of a method for preparing hollow polymer particle latex. This breakthrough invention has significant applications as opacifying agents in various industries.
Latest Patents
Hanna Laamanen holds a patent for her invention titled "Method for the preparation of hollow polymer particle latex." The patent outlines a comprehensive process involving several stages, including the preparation of seed latex, the formation of a highly carboxylated copolymer, and the development of an intermediate shell structure. The patent emphasizes the use of emulsion copolymerization with a water-soluble initiator and anionic surfactant to create latexes with hollow polymer particles, showcasing her expertise in polymer synthesis.
Career Highlights
Currently, Hanna works at Neste Chemicals Oy, where she continues to innovate within the field. Her focus on enhancing the properties and applications of latex materials has contributed significantly to the company's research and development efforts. Notably, she has pioneered methods that improve the functionality of polymer-based materials, increasing their relevance in diverse industrial applications.
Collaborations
Throughout her career, Hanna Laamanen has collaborated with talented professionals such as Valery Pavlyuchenko and Nina Byrdina. These partnerships have fostered a collaborative and innovative work environment, enabling the synthesis of cutting-edge technologies and advancements in the polymer industry.
Conclusion
Hanna Laamanen's contributions to polymer science, particularly through her patented methods for hollow polymer particle latex, demonstrate her commitment to innovation and excellence. As she continues her work at Neste Chemicals Oy, her inventive spirit and collaborative approach remain vital in driving advancements in the field of material science.