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<p>Bamboo fiber filled polymer composite (BPC) characteristically display elevated mechanical strength, low density, degradability, corrosion inhibition, electromagnetic interference as well as inferior heat dissipation features especially with nanostructures including graphene (GRN) and derivatives, carbon nanotubes (CNTs) including multiwall and single-wall CNTs. Bamboo is a natural fiber depicted by rapid development, brief duration of cultivation, elevated strength and satisfactory toughness, and amongst strongest natural fibers globally. Due to their inherent environmental compliancy and inexpensiveness, natural fiber composites are garnering great attraction for multifacet uses. With inherent display of one directional specific strength and specific modulus greater than glass fiber, BPC exhibit applicability prospects in packaging, aerospace, wind power, aviation, and construction, automotive, biomedical and so on. Nanotechnological emergence has promoted the addition of organic or inorganic nanostructures such as GRN, montmorillonites, along with graphene nanoplateletes, and so on, within natural fiber reinforced polymeric composites and nanocomposites thereby enhancing their features hence, increasing their versatility of applications. Hence, this paper elucidates emerging advances in bamboo fiber filled polymeric composites.</p>

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Functionalization & optimization of bamboo fiber thermoplastics polymeric nanocomposites & multifunctional applications

  • 期刊论文

  • 发表日期：

    2026年2月5日

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  • Ezeani Obumneme Emmanuel,
  • Christopher Igwe Idumah,
  • Emmanuel Ifeanyi Okoye,
  • Chibuzo Daniel Ekweonu,
  • Paul Chinonso Agbata,
  • Allen Uchenna Uzoukwu,
  • Abraham Chukwuka Obiechie

摘要

Bamboo fiber filled polymer composite (BPC) characteristically display elevated mechanical strength, low density, degradability, corrosion inhibition, electromagnetic interference as well as inferior heat dissipation features especially with nanostructures including graphene (GRN) and derivatives, carbon nanotubes (CNTs) including multiwall and single-wall CNTs. Bamboo is a natural fiber depicted by rapid development, brief duration of cultivation, elevated strength and satisfactory toughness, and amongst strongest natural fibers globally. Due to their inherent environmental compliancy and inexpensiveness, natural fiber composites are garnering great attraction for multifacet uses. With inherent display of one directional specific strength and specific modulus greater than glass fiber, BPC exhibit applicability prospects in packaging, aerospace, wind power, aviation, and construction, automotive, biomedical and so on. Nanotechnological emergence has promoted the addition of organic or inorganic nanostructures such as GRN, montmorillonites, along with graphene nanoplateletes, and so on, within natural fiber reinforced polymeric composites and nanocomposites thereby enhancing their features hence, increasing their versatility of applications. Hence, this paper elucidates emerging advances in bamboo fiber filled polymeric composites.