Considering the need for flame retardancy in epoxy resin (EP), a novel dimethylglyoxime-
bridged phosphinate (DMG-DC) has been suggested and applied for the purpose of flame …

Abstract Engineering polyamide 6 (PA6) is preferred for its superior mechanical properties,
yet the intrinsic flammability restricts its industrial applications. As one of the biomass …

The destruction of polyamide 6 (PA6) fabrics due to fire and prolonged UV radiation is an
urgent issue that needs to be addressed. Inspired by the adhesion and inclusiveness of the …

With the increasing public awareness of safety and the ongoing global legislation on the use
of flame retardants, the development of eco-friendly flame-retardant methods has become …

The inherent flammability of most polymeric materials poses a significant fire hazard, leading
to substantial property damage and loss of life. A universal flame-retardant protective …

Polyamides represent one class of materials that is important in modern society. Because of
the numerous potential applications of polyamides in various fields, there is a high demand …

Polycarbonate exhibits great potential in various advanced applications, however its
unsatisfied fire-safe performance has hindered its widespread application. Here, we use a …

Plastics serve as an essential foundation in contemporary society. Nevertheless, meeting
the rigorous performance demands in advanced applications and addressing their end‐of …

Polyamide, as a polar polymer, possesses a large intrinsic dipole moment and excellent
mechanical properties, making it a highly promising dielectric material. Nevertheless, the …

Developing films that integrate excellent flame retardancy, robust electromagnetic
interference (EMI) shielding, and enhanced mechanical properties is of paramount …