In this study, the thermal, electrical, and mechanical properties, as well as the electromagnetic interference shielding efficiency (EMI-SE), of carboxymethylcellulose (CMC)/polyvinyl alcohol (PVA)/carbon fiber (CF) composite paper (CP), fabricated by a wet-laid process, were examined based on the CF content. The emissivity and radiation energy of the CP were also measured. Uniformly dispersed fibers in the CF3 sample with a basis weight of 50.32 g/m² and dimensions of 50 mm × 50 mm exhibited good properties: high tensile strength of 11.5 MPa, low power density of 3133 W/m², low surface resistance of 2.27 ohm/sq, high surface heat temperature of 111.6 °C at 5 V, high EMI-SE of 61.63 dB (1.5 GHz), and good emissivity and radiation energy of 0.915 and 3.53 × 10² W/m², respectively, at 37 °C. The most efficient CF3 for electrical heaters with uniform temperature distribution was obtained at the optimal concentrations of 92 wt% CMC, 5 wt% CF, and 3 wt% PVA in the system.

在这项研究中，羧甲基纤维素（CMC）/聚乙烯醇（PVA）/碳纤维（CF）复合纸（CP）的热，电和机械性能以及电磁干扰屏蔽效率（EMI-SE），根据CF含量检查通过湿法成网工艺制造的产品。还测量了CP的发射率和辐射能。CF3样品中的单位重量为50.32 g / m ²且尺寸为50 mm×50 mm的纤维均匀分散，表现出良好的性能：11.5 MPa的高拉伸强度，3133 W / m ^2的低功率密度，3,3 W / m ^2的低表面电阻2.27 ohm / sq，5 V时的高表面加热温度111.6°C，EMI-SE高达61.63 dB（1.5 GHz），良好的发射率和辐射能分别为0.915和3.53×10 ²W / m ²，分别在37°C下。在系统中以92 wt％CMC，5 wt％CF和3 wt％PVA的最佳浓度获得了具有均匀温度分布的最有效的电加热器CF3。