Technical Proceedings of the 2014 Clean Technology Conference and Trade Show

Cleantech 2014

Chapter 10: Nanoscale Materials

Authors:
A. Masek, M. Zaborski
Affilation:
Lodz University of Technology, PL
Pages:
426 - 428
Keywords:
degradation of polymer, polymer, ageing, polyphenols, natural pigments
Abstract:
In our studies, we propose the use of natural, pro-ecological substances such as polyphenols to protect elastomers against ageing. This natural compounds were incorporated into ethylene-norbornene (COC-material is commercially available under the name of TOPAS); then, the composites of TOPAS containing the antioxidant under investigation were subjected to ageing processes. The changes in deformation energy, colour and cross-linking density and OIT index of the composites of TOPAS were measured before and after each ageing process. The test results obtained show that all applied flavonoids have a very positive influence on the stability of the TOPAS, protecting them against the negative effects of ageing. In addition to its anti-oxidative function, flavonoids change the colour of the final polymeric product, fulfilling the role of a natural pigment. Thus, natural polyphenolic compunds are not only a natural antioxidant but also a pigment in the polymers (natural indicators of ageing time), imparting to them the features of pro-ecological materials. This study was supported by Ministry of Science of Higher Education IP 2012 037072.
Natural polyphenols as pro-ecological antioxidants and pigments for polymer composites
ISBN:
978-1-4822-5819-6
Pages:
486