Synthesis and property analysis of green resin-based composites

Vinayagamoorthy, R.; Venkatakoteswararao, G.

doi:10.1177/0892705719828783

Cited by 19 publications

(5 citation statements)

References 57 publications

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“…These naturally derived resins will be more affordable than other resins and can be used in various cutting-edge industrial fields. The process variables used during the synthesis of bioresin, such as pressure, temperature, catalyst, initiator, and so forth, have a significant impact on the composite property [28].…”

Section: Synthesis Of Bio Resinmentioning

confidence: 99%

A comprehensive review on recent developments of natural fiber composites synthesis, processing, properties, and characterization

Shebaz Ahmed,

Satyasree,

Rohith Kumar

et al. 2023

Eng. Res. Express

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The escalation of ecological awareness and sustainability has motivated many researchers to foster bio-composite studies and advancement in employing natural fibers and resin. During the last few decades, composites have emerged with various environmental impacts such as degradation, incineration and toxicity. The credence is that bio-composite materials will downsize the need for environmentally and economically synthetic polymers. To enhance the degradability to the maximum extent, natural resin and natural fiber must be acquired from natural resources. A sequence of treatments must be followed throughout the resin synthesis process to obtain a usable and effective form of natural resin. Natural fibers are becoming more and more dominant over synthetic fibres because of their superior strength, stiffness, durability and lack of toxicity. In comparison to synthetic fibres, biocomposites have the potential to diminish material expenses while improving mechanical properties. Many applications of bio-composites have created new opportunities for research and business ventures. Bio-composites are non-abrasive, degradable, and used for various purposes like packaging, medicine, agriculture and automotive industry. The undesirable factors like degradation, incineration, and recycling problem of non-biodegradable composite have induced the research and evolution of bio-composite. This decisive review would manifest a summary concerning the framework of natural resins, natural fibers, and bio-composites, the factors affecting the characteristics of bio-composites and the future prospects for this field.

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Section: Synthesis Of Bio Resinmentioning

confidence: 99%

A comprehensive review on recent developments of natural fiber composites synthesis, processing, properties, and characterization

Shebaz Ahmed,

Satyasree,

Rohith Kumar

et al. 2023

Eng. Res. Express

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“…98 For this reason, fully green composite is burdened with a set of preconditions like it must degrade and decompose by the action of air, light, heat, microorganisms or other environmental factors without leaving adverse impact 107,237 and the sourcing of both the matrix and reinforcement will be from renewable sources without encouraging carbon positivity as much as possible. Therefore, the domain for the selection of resin and fibers consequently narrowed down, and yet within this domain, many of the explored resins proved not to be suitable 238 while others, as well as the fibers, are associated with many undesirable performance barriers. Therefore, from this small domain with existing know-how, developing green composite as a replacement of or at least competitor to predominating non-biodegradable high performance and durable composite is the main challenge and parallelly, is a motivation also for researchers across the world.…”

Section: Challenge and Prospectsmentioning

confidence: 99%

Green composites from natural fibers and biopolymers: A review on processing, properties, and applications

Islam

Sarker

Rahman

et al. 2022

Journal of Reinforced Plastics and Composites

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At present, environmental sustainability is a big concern due to the limited resources and the adverse impacts of petroleum-based materials. Green composites (GCs) attracted intensive research interest for the last few decades from academicians, scientists, researchers, and practitioners both from the ecological and economic point of view and are presently being considered as one of the most promising research domains. Composites produced from renewable and/or natural resources thanks to their biodegradability and sustainability properties are envisaged as the next-generation materials to meet the growing demand worldwide. GCs are intensively investigated due to their multifunctional properties and utilization in a wide variety of fields including automobile, marine, aerospace, structural and infrastructural applications, packaging, electronics industry, sports, and biomedical applications. They also show potentials to replace the expensive as well as non-degradable petroleum-based composites. After the shelf life, it can be disposed of easily without harming the environment. The processing techniques, properties, and applications of green composites are comprehensively assessed in this review article. The feasibility of the naturally available fiber and polymers for green composites are also discussed highlighting the existing challenges with possible suggestions. It was intended to present a full overview of biodegradable polymer composites reinforced with natural fiber, as well as the necessary future directions for the concerned researchers.

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“…39,40 The incorporation of materials based on natural recourses generally enhances biodegradability but deteriorates the other properties. 41,42 A judicial blend of natural and synthetic material may improve the overall properties of the composite.…”

Section: Introductionmentioning

confidence: 99%

Development of waste rice husk/PVC/GO nanocomposite using TA–CaO adduct and ESO as green additives

Dutta

2022

Journal of Thermoplastic Composite Materials

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In this study, a biobased composite utilizing waste rice husk ash (RHA) and polyvinyl chloride in a 1:1 ratio was prepared. The composites were prepared in a solventless, green pathway of melt blending using green additives such as tannic acid-calcium oxide (TA–CaO) adduct as a heat stabilizer and epoxidized soybean oil (ESO) as green compatibilizer. The addition of graphene oxide (GO) nanomaterial into the composite improved the thermal, mechanical, chemical and flame resistance properties of the composite. Composite reinforced with 0.5 phr GO, improved the tensile, flexural and, shore D hardness by 34, 37, 14%, respectively. The homogeneous dispersion of the GO layer in reinforced composite was evident from the transmission electron microscopy (TEM) study. Composites with GO as nano reinforcement showed relatively higher flame retardancy due to the synergistic effect of GO and silicon present in RHA. The composite with 0.5 phr loading of GO showed overall improvement in properties among the composites. It is expected that the incorporation of waste RHA along with other renewable bioresource materials will improve biodegradability and decrease the production cost of the composite.

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Synthesis and property analysis of green resin-based composites

Cited by 19 publications

References 57 publications

A comprehensive review on recent developments of natural fiber composites synthesis, processing, properties, and characterization

A comprehensive review on recent developments of natural fiber composites synthesis, processing, properties, and characterization

Green composites from natural fibers and biopolymers: A review on processing, properties, and applications

Development of waste rice husk/PVC/GO nanocomposite using TA–CaO adduct and ESO as green additives

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