In recent years, the development of composites for enhancement of flame retardant properties has occurred. Studies on this have largely been focused on utilization of jute fabric as structure reinforcement along with biopolymer, such as polylactic acid, as a matrix. These composite matrices are most commonly fabricated using a solution casting technique. The presence of biopolymer within the composite structure plays a decisive role in optimization of the overall performance of bio-nanocomposites. Keeping the focus on biopolymer as a key component, this chapter reveals the current state and future prospective of bio-based nanocomposite structures, along with field applications and unsolved problems.
Flammability of fiber-based composites
Malik, Neetu;Cinelli, PatriziaSecondo
Conceptualization
2023-01-01
Abstract
In recent years, the development of composites for enhancement of flame retardant properties has occurred. Studies on this have largely been focused on utilization of jute fabric as structure reinforcement along with biopolymer, such as polylactic acid, as a matrix. These composite matrices are most commonly fabricated using a solution casting technique. The presence of biopolymer within the composite structure plays a decisive role in optimization of the overall performance of bio-nanocomposites. Keeping the focus on biopolymer as a key component, this chapter reveals the current state and future prospective of bio-based nanocomposite structures, along with field applications and unsolved problems.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


