The work aims to utilize a hybridization method where vermiculite and waste cellulose fibers
are embedded inside bio-based PLA to manufacture green composites with superior …

The present investigation aimed to produce ecological composites of biopolyethylene
(BioPE) with macaíba shell (MS), using polyethylene‐graft‐maleic anhydride (PE‐g‐MA) …

Combining transparency, durability, chemical resistance, and high compressive strength,
glass is one of the most used materials in our daily life. Consequently, large amounts of …

Polylactide is a material often used in additive techniques. Due to poor mechanical
properties, there is a constant search for additives, fillers, and modifiers that could improve …

In order to apply the rigid biodegradable PLA material for flexible toothbrush bristle products,
in this paper, Poly (lactic acid)(PLA) and thermoplastic polyurethane elastomer (TPU) blends …

In this study, sustainable and environmentally friendly packaging films were developed
using bio‐based polyethylene (BIO‐PE) and natural plant pigments. The pigments were …

Bioplastic is a vital material seeing technological advancements at a rapid pace. This natural
monomer sourced polymer has even achieved physical properties at par with traditional …

The first chapter of the monograph describes the theoretical basis of regulation of the
structure and properties of incompatible polymer mixtures through the introduction of …

In order to apply the rigid biodegradable PLA material for flexible toothbrush bristle products,
in this paper, Poly (lactic acid)(PLA) and thermoplastic polyurethane elastomer (TPU) blends …

Combining transparency, durability, chemical resistance, and high compressive strength,
glass is one of the most used materials in our daily life. Consequently, large amounts of …