Due to environmental concerns, some of the conventional halogenated flame retardants
have been banned. In this context, both the industrial and academics have made efforts to …

Metal-organic flame retardants (MOFRs) have been constantly applied to enhance fire safety
of polymers. Metallic compounds positively improve the MOFRs' performance in suppressing …

Epoxy resin (EP) has two shortcomings: flammability and brittleness. Previous studies have
improved brittleness or flame retardancy but they will compromise the glass transition …

The emission of considerable smoke and toxic gases has been the notorious stumbling
block on the extended usage of epoxy resin (EP), which often causes serious fire casualties …

To attain superior fire safety epoxy resins (EP), aluminum diethylphosphonate (AlPi) and
nickel alginate were incorporated to EP in different proportions. The synergistic flame …

Due to frequent petrochemical spills, environmental pollution and the threat of secondary
marine fires have arisen, necessitating an urgent need for petrochemical spill treatment …

In this contribution, Ni-based metal organic frameworks (Ni-MOF) nanosheets with high
specific surface area are grown on transition metals carbides (MXenes, denoted as MX) …

In order to develop high-performance epoxy resins (EP), a novel phosphorus/nitrogen-
containing phenylsiloxane macromolecule (DP-PPD) has been synthesized as a multi …

Epoxy resins (EPs) are known for their durability, strength, and adhesive properties, which
make them a versatile and popular material for use in a variety of applications, including …

Developing efficient flame-retardant MXene-based polymeric materials with enhanced
mechanical properties has been a huge challenge. Herein, Prussian blue analogues (PBAs) …