Abstract This study investigated the mechanical, chemical structure and thermal properties of hot press molded wood plastic composite (WPC) panels produced from different amounts (30, 40, or 50% weight) of decayed Pinus massoniana Lamb. and polypropylene with chitosan (3 wt%) and different kind of carbon (2 wt%). The results were compared with the properties of WPC produced without carbon. The mechanical, chemical structure and thermal data showed that WPC with carbon was better than WPC without carbon, and the best condition to produce decayed wood plastic composite was hot pressing temperature at 170 °C for12 min, Carbon Nanotubes (CNT) and chitosan (CS) accounting for 2% and 3% of total mass, and the proportion of decayed wood and PVC is 40% and 60%.

中文翻译：

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不同种类碳在腐朽木塑复合材料生产中的潜在用途

摘要 本研究调查了由不同数量（30%、40% 或 50% 重量）的腐烂马尾松羔羊制成的热压成型木塑复合材料 (WPC) 板的机械、化学结构和热性能。和聚丙烯与壳聚糖 (3 wt%) 和不同种类的碳 (2 wt%)。将结果与不含碳的 WPC 的性能进行比较。力学、化学结构和热学数据表明，含碳 WPC 优于不含碳的 WPC，生产腐朽木塑复合材料的最佳条件是 170 °C 热压 12 min、碳纳米管 (CNT) 和壳聚糖 (CS) )占总质量的2%和3%，腐木和PVC的比例分别为40%和60%。