CAJ | 학술논문

采用三螺杆动态混炼挤出机挤出造粒,对不同振幅、频率下制取的含不同质量分数Mg(OH)2的HDPE/Mg(OH)2复合材料冲击性能进行研究,研究结果表明:三螺杆动态混炼挤出机改善了MS(OH)2在HDPE中的分散性,从而提高复合材料的冲击性能.当Mg(OH)2质量分数分别为10%、20%、30%时,复合材料冲击强度最大值为18.9、15.2、12.0 kJ/m2.
채용삼라간동태혼련제출궤제출조립,대불동진폭、빈솔하제취적함불동질량분수Mg(OH)2적HDPE/Mg(OH)2복합재료충격성능진행연구,연구결과표명:삼라간동태혼련제출궤개선료MS(OH)2재HDPE중적분산성,종이제고복합재료적충격성능.당Mg(OH)2질량분수분별위10%、20%、30%시,복합재료충격강도최대치위18.9、15.2、12.0 kJ/m2.
HDPE/Mg(OH)2 was pelletized by a tri-screw dynamic mixing extruder in conditions of different amplitudes and frequencies. The results dedicated that with the tri-screw dynamic mixing extruder, the dispersion of Mg(OH)2 and impact property of composite were improved. The best impact properties of HDPE/Mg(OH)2 composite, whose contents of Mg(OH)2 were 10%、20% and 30%, were 18.9,15.2 and 12.0 kJ/m2 ,respectively.