CAJ | 학술논문

研究了两种复合助剂对煤基抗冲聚丙烯的结晶形态、相形态、力学性能、热性能及光泽度的影响。结果表明：复合助剂 A 和复合助剂 B 均对煤基抗冲聚丙烯球晶进行了细化，增强了结晶能力，改善了光泽度，提高了煤基抗冲聚丙烯的弯曲模量和负荷热变形温度，复合助剂 B 对煤基抗冲聚丙烯光泽度改善较为明显，复合助剂 A 和 B 对煤基抗冲聚丙烯的乙丙橡胶粒子的大小和分布影响不大，对试样的常温和低温冲击性能基本没有影响。
연구료량충복합조제대매기항충취병희적결정형태、상형태、역학성능、열성능급광택도적영향。결과표명：복합조제 A 화복합조제 B 균대매기항충취병희구정진행료세화，증강료결정능력，개선료광택도，제고료매기항충취병희적만곡모량화부하열변형온도，복합조제 B 대매기항충취병희광택도개선교위명현，복합조제 A 화 B 대매기항충취병희적을병상효입자적대소화분포영향불대，대시양적상온화저온충격성능기본몰유영향。
The effect of composite additives on crystal morphology, phase morphology, mechanical properties, thermal properties and gloss of coal-based impact polypropylene (PP) was investigated. The results indicated that both of the composite additives A and B refined the spherulites of PP, enhancing the ability of PP crystallization. Ultimately that improved the gloss, flexural modu-lus and loading deformation temperature of PP. Especially, the composite additives B that improved the gloss of PP is more obvi-ous. The both of A and B had little effect on the size and distribution of ethylene-propylene rubber particle of PP,and they also had little effect on the room and low-temperature impact properties of PP.