Scholarlink

<p>Use of recycled polymer as raw materials for composite production can remarkably reduce the plastic waste from environment. It is crucial to produce s sustainable method for the production of useful goods from environmental wastes (plastics) with biofibers reinforced materials to alter the plastics into decomposable materials. The preparation of yellow Coir fiber-PET (polyethylene terephthalate) reinforced composite materials has been conducted by several studies; but, the determination of mechanical properties based on exact compositions has yet to be presented in the literature. This work aims to establish the best composition ratio for the preparation of Coir fiber-PET composites. In this study we have prepared Coir fiber-PET composites with different composition ratio of Coir fiber: PET%(w/w), of Sample-A (20% Coir : PET 80%), Sample-B (30% Coir : PET 70%), Sample-C (40% Coir : PET 60%), Sample-D (50% Coir : PET 50%), Sample-E (60% Coir : PET 40%), Sample-F (70% Coir : PET 30%) and Sample-G (80% Coir : PET 20%). Among Six distinct Coir fiber: PET composition ratio, Sample-C(40% Coir &amp; 60% PET) and Sample-D (50% Coir &amp; 50% PET) composites demonstrated the maximum mechanical properties as tensile strength, flexural strength, impact strength, shear strength, and elongation of break. The reason of the diverse values of mechanical properties for different composition containing Coir fiber-PET composite has been discussed through the article. The study inveterate that the yellow coir fiber-PET composite owns greater mechanical properties at their composition ratio of 40% coir fiber : 60% PET, considered to be the best fit for useful applications.</p> Graphical Abstract <p></p>

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Preparation and characterization of coir-PET reinforced composite for environmentally friendly applications

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年5月1日

查看全文
  • Abu Mohammad Azmal Morshed,
  • Rifat Jahan,
  • Mohammad Nurul Alam

摘要

Use of recycled polymer as raw materials for composite production can remarkably reduce the plastic waste from environment. It is crucial to produce s sustainable method for the production of useful goods from environmental wastes (plastics) with biofibers reinforced materials to alter the plastics into decomposable materials. The preparation of yellow Coir fiber-PET (polyethylene terephthalate) reinforced composite materials has been conducted by several studies; but, the determination of mechanical properties based on exact compositions has yet to be presented in the literature. This work aims to establish the best composition ratio for the preparation of Coir fiber-PET composites. In this study we have prepared Coir fiber-PET composites with different composition ratio of Coir fiber: PET%(w/w), of Sample-A (20% Coir : PET 80%), Sample-B (30% Coir : PET 70%), Sample-C (40% Coir : PET 60%), Sample-D (50% Coir : PET 50%), Sample-E (60% Coir : PET 40%), Sample-F (70% Coir : PET 30%) and Sample-G (80% Coir : PET 20%). Among Six distinct Coir fiber: PET composition ratio, Sample-C(40% Coir & 60% PET) and Sample-D (50% Coir & 50% PET) composites demonstrated the maximum mechanical properties as tensile strength, flexural strength, impact strength, shear strength, and elongation of break. The reason of the diverse values of mechanical properties for different composition containing Coir fiber-PET composite has been discussed through the article. The study inveterate that the yellow coir fiber-PET composite owns greater mechanical properties at their composition ratio of 40% coir fiber : 60% PET, considered to be the best fit for useful applications.

Graphical Abstract