Modelling the Tensile Properties of HDPE Composite Materials with Poly (vinyl acetate) Coated Calcium Carbonate Filler

Catalin Croitoru, Transilvania University of Brasov, Materials Science and Engineering Faculty, Materials Engineering and Welding Department, 500036 Brasov, Romania, c.croitoru@unitbv.ro, Ionut Claudiu Roată, Edit Roxana Moldovan, Mihai Alexandru Luca, Transilvania University of Brașov, Faculty of Materials Science and Engineering, Department of Materials Engineering and Welding, 500036 Brasov, Romania, Transilvania University of Brasov, Materials Science and Engineering Faculty, Materials Engineering and Welding Department, 500036 Brasov, Romania, edit.moldovan@unitbv.ro, Transilvania University of Brasov, Materials Science and Engineering Faculty, Materials Engineering and Welding Department, 500036 Brasov, Romania, luca.mihai@unitbv.ro
2022 RECENT - REzultatele CErcetărilor Noastre Tehnice  
Amorphous calcium carbonate particles with average diameter of 56 m have been coated with poly (vinyl acetate) to improve their adhesion to a thermoplastic polymer matrix such as high-density polyethylene. The resulting composite materials, obtained by compression moulding of the coated calcium carbonate filler and polyethylene matrix at 140 C present improved tensile strengths, in comparison with the reference material, obtained without poly (vinyl acetate) coating. The mechanical properties
more » ... of the composite assembly have been modelled with Digimat-FE software, obtaining a satisfactory correlation between the experimental results and the simulated tensile strength.
doi:10.31926/recent.2022.67.050 fatcat:ppjdbbmzw5a5tha6vcwpg63jvu