INVESTIGATION OF COIR FIBER REINFORCED EPOXY COMPOSITES
International Research Journal on Advanced Science Hub,
2019, Volume 1, Issue 1, Pages 23-27
10.47392/irjash.2019.04
Abstract
Polymer composites materials are those that don't seem to be degradable by naturally. These material can remain in earth for thousands of years. This leads to the accumulation of pollution to the environment. To address this problem, compound composites are packed with fibre, fillers and resins that are considered as natural sources arebio degradable. Among the assorted natural fibers, fibre fiber are targeted for its before and when pretreatment conditions to getting excellent fiber. In antecedent several researchers have founds varied fibers has been pretreated and that they get its properties and its applications. In this research, fiber is analyzed before and during pre-treating. The assorted pretreatment that appropriate for fiber are dispensed. Fiber is employed as reinforcement, Rice husk is employed as a filler materials and synthetic resin is employed as a matrix to fabricate composites by compression moulding ways and therefore the sensible board are fabricated. The fabricated sensible board are subjected to analyses by mechanical properties. The effects of pretreatment of fiber before and when pretreatment are determined and noted to study the investigation results. The obtained results are compared and therefore the best pretreatment are hand-picked on the idea of the properties of the fiber.[1].F.P. La Mantia, M. Morreale .2011. “Composites: Part A 42(2011)”.579–588.
[2].Kestur G. Satyanarayana, Gregorio G.C. Arizaga, Fernando Wypych.2009. “Progress in Polymer Science 34 (2009)”.982–1021.
[3].Anil N. Netravali and ShitijChabba.(2003). “Composite get Greener” from “Material today”.22-28.
[4].H. Kinoshita et al. 2009. “Composites: PartB 2009)”. 607– 612.
[5].H. Cheung et al.2009. “Composites: Part B 40 (2009)”.655 663.
[6].C.A. Fuentes et al. 2011. “Colloids and Surfaces A: Physicochem.Eng. Aspects 380 (2011)”.89–99.
[7].A. Roy et al. 2012. “Bioresource Technology 107 (2012)”. 222 -228.
[8].R.M.N. Arib et al. 2006. “Materials and Design 27 (2006)”.391 396.
[9].B.M. Cherianet al.2010. “Carbohydrate Polymers 81 (2010)”.720–725.
[10].H Takagi, C W Winoto and A N Netravali: “Tensile Properties of Starch based Green Composites Reinforced with Randomly Oriented Discontinuous MAO Fibres” International Workshop on Green Composites, Japan, 2002, pp 4–7.
- Article View: 163
- PDF Download: 168