Stable under long-term electrothermal aging
Maintains structural integrity after long-term electrothermal and hygrothermal aging, serving as a reliable heating element for wood-based electrothermal composites.
Dongxue, Tian · Jiale, Wang · Tao, Xin · Zhang, Longfei · Jiang, Peng · Liang, Shanqing
Colloids and Surfaces A: Physicochemical and Engineering Aspects 2024
Pyrolysis temperature decreased from 292.61 °C to 276.36 °C after electrothermal treatment only
Maximum tensile strength decreased by 65.6% after coupled electrothermal and hygrothermal treatment
Tg decreased from 221.5 °C to 216.4 °C after coupled electrothermal and hygrothermal treatment