COMPARING SOME OF PHYSIOMECHANICAL PROPERTIES OF MIXTURE POLYETHYLENE SABIC6006N MANUFACTURED FOR TWO DIFFERENT PIPES DIAMETER

Abstract

In this work studied some physical and mechanical properties such as melting flow, tensile strength and elongation on the two different pipes diameter manufactured from mixture, raw Polyethylene SABIC 6006N and its waste, (SABIC 6006N 83.3% RECYCLE 16.6%). That were achieved by experimenting with five samples for each test and taken average the results for both types of pipes diameter (90, 110) mm. The average results obtained from both diameters respectively were Melting flow rate (0.1266 g\10 min) (0.1243 g\10 min), tensile stress (12.56 MPa) (11 M Pa), elongation (366%) (278.8%) and water pressure (25.84 bar) (26.03 bar) The Melting flow rate, tensile stress and elongation of the raw polyethylene SABIC6006N are (0.23 g\10 min) (23 MPa)) (603.11%), and the water pressure has little effect on the raw material or the mixture. From the results we observed that the difference in diameter had little an effect. That were variations especially on the tensile stress with elongation tests. There were also differences in the results for the melting flow rate, tensile stress, and elongation tests compared to the raw material.