This review article considers published evidence regarding effects of particle size on
mechanical properties of plastic matrix materials filled with cellulose-based reinforcements …

The inherent properties of bio-composites such as biodegradability, environment friendly,
low cost of production, high strength and durability make them a suitable replacement to …

This work presented an in-situ lignin regeneration strategy to improve the interfacial
combination among wood-plastic composites (WPCs) and realize synchronous …

In the natural rubber latex industries, a huge amount of sludge waste is produced in different
processes, which creates potential for use as reinforcing filler in plastic composites. The …

Wood plastic composites (WPCs) is one of crucial and potential engineering wood products
that has been extensively employed in the fields of landscape, transportation, municipal …

The present work focuses on surface functionalization, characterization, biodegradability
and barrier properties of MOSF as a practicable reinforcement in PVA matrix. Film-forming …

Starch foam composites containing rubber seed shell particles of different sizes were
prepared and characterized. The first objective was to prepare small particles of rubber seed …

The present study aims to evaluate and compare the potential of rubberwood flour (RWF)
and sludge waste from manufacturing process of the concentrated natural rubber latex as …

Natural fillers due to their low density, light weight, abundant availability, easy processability
and biodegradability have emerged as promising reinforcement in the polymer matrix. The …

Karakteristik awal menunjukan cangkang buah karet (CBK) memiliki potensi yang baik
digunakan sebagai bahan utama biopelet dengan kandungan abu yang rendah dan nilai …