The flow behaviour of LDPE/LLDPE blend melt and its influential factors in capillary extrusion are investigated.
考察了毛细管挤出过程中LDPE/LLDPE共混物熔体的流动行为及其影响因素。
Required film is a hexene LLDPE and LDPE product that possesses good puncture and impact resistance.
需要的薄膜是具有好的抗挤压的己烷低密度聚乙烯及低密度聚乙烯产品。
The effect of blends of LDPE/LLDPE as a carrier resin in black masterbatch, on the dispersion of carbon black was studied .
研究了作为黑母粒载体树脂的LDPE/LLDPE共混物对炭黑分散性的影响。
However, due to its high health indicators, LDPE, especially the production of LLDPE resin has become a commonly used pipe materials drinking water.
但由于其卫生指标较高，LDPE特别是LLDPE树脂已成为生产饮用水管的常用材料。
The results show that: the kind of PE influences the graft rate and MFR of the product directly, the sequence of grafting ability is LDPE>LLDPE>HDPE;
实验结果表明：产物的接枝率和熔体流动速率（MFR）变化与聚乙烯的种类有直接关系，接枝性能从优到差的顺序为： LDPE> LLDPE> HDPE；
The results show that: the kind of PE influences the graft rate and MFR of the product directly, the sequence of grafting ability is LDPE>LLDPE>HDPE;
实验结果表明：产物的接枝率和熔体流动速率（MFR）变化与聚乙烯的种类有直接关系，接枝性能从优到差的顺序为： LDPE> LLDPE> HDPE；
应用推荐