Here, we report a fast fabrication process of nanocomposites with better electrical properties by intermixing graphene oxide (GO) and low ammonia natural rubber latex (NRL) polymer via the one-step method (~ × 10^–5 to × 10^–7 S cm⁻¹). In comparison, the nanocomposite synthesized by the two-step method demonstrated lower electrical properties which were calculated to be × 10^–7 S cm⁻¹. Obviously, the increase in the electrolyte concentrations from 0.01 to 0.1 M SDS did not influenced the electrical conductivity which means the fabrication process also played a role in a successful dispersion of GO in NRL polymer. The electrical testing was carried out by four-point probe instrument and cyclic voltammograms in the range of 0–1 V were measured at various scan rates for all samples using a computerized potentiostat–galvanostat equipped with Gamry software (Gamry potentiostat series-G750, USA). Among all nanocomposite samples, 0.01 M SDS-GO/NRL nanocomposite synthesized via one-step method successfully showed higher capacitance performance which found to be 107 F g⁻¹.

在这里，我们通过一步法（〜×10 ^–5至×10 ^–7  S cm ）将氧化石墨烯（GO）和低氨天然橡胶胶乳（NRL）聚合物混合在一起，从而报告了一种具有更好电性能的纳米复合材料的快速制造工艺^-1）。相比之下，通过两步法合成的纳米复合材料显示出较低的电性能，其计算值为×10 ^–7  S cm ^-1。显然，电解质浓度从0.01 M SDS增加到0.1 M SDS不会影响电导率，这意味着制造过程也对GO在NRL聚合物中的成功分散起到了作用。通过四点探针仪进行电气测试，并使用配备有Gamry软件的计算机恒电位仪-恒电流仪（Gamry恒电位仪系列-G750，美国）以各种扫描速率对所有样品测量0-1 V范围内的循环伏安图）。在所有纳米复合材料样品中，通过一步法合成的0.01 M SDS-GO / NRL纳米复合材料成功显示出更高的电容性能，为107 F g ^-1。