Materials science forum, Journal Year: 2024, Volume and Issue: 1129, P. 11 - 17

Published: Oct. 30, 2024

In this research, a new elastomeric dielectric material is created by integrating natural rubber (NR) with activated carbon derived from coconut shells that has been modified copper (Ac-Cu). Here, The content, ranging 0 to 2%, was meticulously examined on the AC surface through reduction technique (II) (0), Ac-Cu concentration fixed at 15 parts per hundred of (phr). Systematic investigations into effects additive were conducted across various parameters, encompassing optimum curing time (t90), density, crosslink mechanical properties, morphology, and properties. Results revealed notable influence process, resulting in decreased cure time, corresponding decrease density as content increased. Interestingly, incorporation demonstrated positive impact Dielectric property analysis further confirmed direct effect increasing frequency range 0.85 1.15 GHz. This work not only introduces pioneering but also provides crucial insights nuanced modification, offering avenues for tailored design realm enhanced applications.

Language: Английский