The effect of Cumin Black (Nigella Sativa L.) as bio-based filler on chemical, rheological and mechanical properties of epdm composites

One of the significant problems our time and future is environmental pollution. There are many factors that cause pollution main concerns waste material. Since production, consumption service activities have increased with rapid industrialization increasing population. Waste assessment a process includes minimization, separate collection at source, intermediate storage, pre-treatment, establishment transfer centers, recovery disposal when necessary, which qualified as outputs result such application consumption. The purpose to ensure wastes generated by human action without harming environment health. In this context, re-evaluation agricultural aquaculture products turn into after being used product important both in terms economic Herein, use cumin black pulp, end seed oil bio-based filler material ethylene-propylene diene rubber (EPDM) was examined. Accordingly, effects pulp added EPDM matrix different content on rheological, mechanical crosslinking degree were determined. With 10 phr rheological properties increased. tensile strength elongation break EPDM/CB composites up 11 MPa 480% addition CB, respectively. addition, it revealed vulcanization parameters also enhanced. Consequently, has been concluded analysis can be filling matrix. Thus, seen state recovered become an value.