The vulnerability against heat and fire for natural fibers presents a great challenge for their
replacement of traditional fiber reinforcements in composite materials. Natural fiber/polymer …

Natural fiber-reinforced polymer composites are desirable structural materials due to their
biodegradability. Moreover, natural fiber sources are abundant and the production of natural …

Traditional additive flame retardants pose issues including high dosage, easy precipitation,
and poor compatibility with the matrix. Designing efficient organic-inorganic synergistic …

Simultaneous flame retardancy and tensile strength enhancement of poly (lactic acid)(PLA)
is particularly important due to its eco-friendliness and potential application as an …

This paper summarizes the results obtained in the course of the development of a specific
group of biocomposites with high functionality of flame retardancy, which are …

With burgeoning environmental concerns worldwide, using natural fibers/fillers to produce
composites rather than conventional fibers is on the rise. The current work focuses on the …

In this study, phytic acid-doped polyaniline (PPA) was loaded on the surface of carbon
spheres, resulting in a classical CNP flame retardant system, that has a beneficial function …

Recently, there has been an inclination towards natural fibre reinforced polymer composites
owing to their merits such as environmental friendliness, light weight and excellent strength …

The volume expansion of the char layer during combustion can effectively isolate the
external flame and heat. However, the contribution of conventional flame retardants to the …

The current work investigated the effects of zinc borate (ZB), ammonium polyphosphate
(APP)/ZB and alumina trihydrate (ATH)/ZB hybrids as flame retardants on the flammability …