Experimental Investigation of Twin Screw Extruder Machine
Experimental Investigation of Twin Screw Extruder (TSE) Machine for Polyvinyl Chloride (PVC) Polymer Material
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The Twin screw extruder machining process (TSE) is a one of the plastic extrusion technology. The quality of parts produced by the TSE machining is significantly affected by various parameters used in the process. In this present research, Effect of TSE machine processing parameters such as screw speed, barrel temperature and die zone temperature on the mechanical properties was investigated by full factorial design methodology. Three different levels of screw speed (35 rpm, 40 rpm, 45 rpm), barrel temperature (175 C°, 180 C°, 185 C°) and die zone temperature (190 C°, 195 C°, 200 C°) wer...
The Twin screw extruder machining process (TSE) is a one of the plastic extrusion technology. The quality of parts produced by the TSE machining is significantly affected by various parameters used in the process. In this present research, Effect of TSE machine processing parameters such as screw speed, barrel temperature and die zone temperature on the mechanical properties was investigated by full factorial design methodology. Three different levels of screw speed (35 rpm, 40 rpm, 45 rpm), barrel temperature (175 C°, 180 C°, 185 C°) and die zone temperature (190 C°, 195 C°, 200 C°) were selected. The response parameters were tensile strength and impact strength of the Polyvinyl chloride (PVC) polymer material. Investigation of the statistical-mathematical analysis results perform by the ANOVA and Regression analysis in MINITAB software that the optimum processing conditions for the PVC polymer material, to achieve the maximum tensile strength and impact strength are screw speedat 45 rpm, barrel temperature at 185 C° and die temperature at 200 C°.
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