CAJ | 학술논문

为优化橡胶木粉/回收聚乙烯复合材料生产工艺配方，以马来酸酐接枝聚丙烯（ MAPP）和铝酸酯作为偶联剂，调节配方组成制备了3组木塑复合材料试件，对试件的弯曲破坏载荷、吸水性能进行测定，并观察其断面的相容性，结果表明，以MAPP作为偶联剂的试样性能优于使用铝酸酯的试样，同时无机填料添加剂量的适当下调也有利于材料性能的提升，并通过断面分析印证了材料内部界面相互作用越强则复合材料性能也越好。
위우화상효목분/회수취을희복합재료생산공예배방，이마래산항접지취병희（ MAPP）화려산지작위우련제，조절배방조성제비료3조목소복합재료시건，대시건적만곡파배재하、흡수성능진행측정，병관찰기단면적상용성，결과표명，이MAPP작위우련제적시양성능우우사용려산지적시양，동시무궤전료첨가제량적괄당하조야유리우재료성능적제승，병통과단면분석인증료재료내부계면상호작용월강칙복합재료성능야월호。
Using different coupling agent , graft copolymerization of polypropylene with maleic anhyaride ( MAPP) and aluminate coupling agent , 3 series of Wood-plastic Composites (WPC) has been made for optimizing produc-tion process and formula of the rubber wood powder /recycle polyethylene composite materials .The most important properties were characterized such as bending destroying loads and water absorption .It has been proved that MAPP is the suitable compatilizer compared with aluminate for WPC with rubber wood powder and PE . Reducing the CaCO3 addition is a significant way to improve the performance of WPC .By section analysis , it is proved that the stronger interfacial interaction brings better performance of WPC .