Mineral Filler Effect on Tensile Parameters of Randomly Oriented and Woven Fabric Plastic Laminates
Keywords:
Mineral Fillers, Axial Loading, Lightweight MaterialsAbstract
Use of mineral fillers draws researchers attention to retain the commercial qualities of fibre reinforced light weight structures. This work signifies the use of two types of E-glass fibres namely woven fabric and randomly oriented fibres are used as a reinforcing materials and epoxy resin constitutes matrix system. Several studies proved that the strength of GFRP composites progressively increased with adding fillers. Keeping this in mind the present work highlights the utilization of mineral filler called calcium ino silicate powder having the composition of CaSio3 as a filler material. By employing hand layup technique samples have been prepared from both woven and chopped type and tensile test is conducted as per ASTM standards and corresponding results are tabulated and recorded. The present work also highlights the comparison of tensile strength for both woven and chopped laminates. It is observed that use of mineral filler influences greatly on tensile properties of polymer matrix composite and it is also cleared that woven laminates shows greater resistance to tensile loading as compared to randomly oriented fibre.
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