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Abstract
Polymer Science: Peer Review Journal
Capillary Rheological Behavior of HDPE/ EUG Blends
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Open or CloseChen Yabo, Wang Kejian*, Li Sihan,Lou Zihao and Wang Zhiwei
College of Mechanical and Electrical Engineering, Beijing University of Chemical Technology, Beijing,100029, China
*Corresponding author:Wang Kejian, College of Mechanical and Electrical Engineering, Beijing University of Chemical Technology, Beijing,100029, China
Submission: March 14, 2023;Published: April 14, 2023
Volume4 Issue5April , 2023
Abstract
HDPE/EUG blends prepared by melt blending are extruded through capillary rheometer at different shear rates and temperatures. The results show that the viscosity of HDPE is increased when mixed with gutta-percha (EUG) while it reduces when increasing shear rate. Increasing the extrusion temperature will reduce the shear viscosity. With the increase of the EUG content, the extrusion swell ratio of HDPE/ EUG blends will increase, where the melt resilience will increase, and the melt strength will increase. Increasing the extrusion temperature will reduce the extrusion swell ratio.
Keywords:HDPE; EUG; Blending; Viscosity
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