Composite materials reinforced with synthetic fibers such as glass, carbon, and aramid provide Advantages of high stiffness and strength to weight ratio as compared to conventional construction materials, i.e. wood, concrete, and steel. But replace of synthetic fiber of composite Material to natural fibers like Kenaf, jute, etc and improve the properties of natural and compare to other synthetic fiber as well as now used material and prepared for Kenaf and jute fiber and e-glass fiber compare the properties as tensile test and water absorption and pressure test and manufacturing of composite pipes of Kenaf, jute and composite pipe of E-Glass are finding the best properties of composite material will be compare.
The work presents the mechanical investigation of composite materials that are meant to perform under different temperature condition with the application of tensile loading. The composite under study is developed using reinforcement materials made out of basalt and S-glass fiber reinforced with polymer matrix composite (epoxy resin) by hand layup technique with different compositions by changing the fiber layer sequence starting with pure form to hybrid once (fiber architecture). The test results reveals, that the tensile properties of the hybrid composites with fiber architecture of 2/2 basalt mixed S-glass fiber reinforced with epoxy composites are at its optimal level in both normal and elevated temperature conditions. Basalt fiber being good temperature resistant and S-glass fiber having high strength, with this hybrid combination, the material has out played under tensile force being applied when compared with other samples under test.
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