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Development and Optimization for Technical Purposes of 'Green Composites' Based on Matrices Derived from Modified Vegetable Oils and Natural Fiber Reinforcements.
EAEC13/EAEC2011_B13

Authors

Boronat, T.*, Samper M.D., Fenollar O., Balart J., España, J.M. - Materials Technology Institute (ITM, Universitat Politècnica de Valencia

Abstract

In the last years, new bio-materials coming from renewable resources have been developed for many applications, that cover a wide range of properties suitable for automotive and aeronautic industry. Recent advances in genetic engineering and composite materials science offer a great opportunity for the development of new improved “green composites” form renewable sources that in addition offer biodegradability and enhancing global sustainability. This environmentally friendly, low-cost composite can be a substitute for petroleum-based composite materials. In this work, a novel bio-based composite material composed by polylactic acid (PLA) and flax fibers mats, suitable for automotive applications, has been studied.

Keywords: Green composites, ESO, AESO, soybean oil

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