INFLUENCE OF TEMPERATURE ON THEBIOCOMPATIBILITY AND MECHANICALBEHAVIOR OF A BIOSOURCED POLYMER

This article is aiming to a continuous improvement of the quality of the materials by their bio-loading while contributing to contribute to the preservation of our ecological environment. In fact, industrial activity is based on the exploitation of the so-called non-renewable fossil who have so an expansion of technological progress. Indeed, certain criteria of performance of durable materials are closely dependent on those of preservation of the environment. With this in mind, we offer a design of new composite materials more efficient and sustainable industrialization by reinforcing polymers by loads of renewable resources. In fact, this design will depend on the processing temperature and the dosage of the bio-loading of the basic material to ensure the biocompatibility of the new ecocomposite and subsequently confirm its expected mechanical performance.