None
EN
Flame-retardant MXene nanohybrids enhance epoxy resins
[]
European Coatings
A Chinese research team has developed functionalised MXene nanohybrids (MXene-NP) synthesised via in-situ polymerisation of melamine and benzophosphonyl dichloride on MXene surfaces.
These hybrid nanomaterials were then incorporated into epoxy resin (EP) to create multifunctional composites.
Reading tip: Epoxy coatingsUncover cutting-edge developments in water-borne epoxy resin technology and their use in various coatings application fields with the new EC Tech Report Water-borne Epoxy Coatings.
Improved mechanical propertiesIn addition to enhanced flame retardancy, the MXene-NP reinforced epoxy resins showed significantly improved impact strength.
Source: Ma, L. et al., Preparation of phosphorus/nitrogen-containing MXene nanohybrids via in situ polymerization and their application in epoxy resins.
['strength'
'epoxy'
'resins'
'flameretardant'
'nanohybrids'
'report'
'resin'
'peak'
'mxenenp'
'waterborne'
'enhance'
'wt'
'mxene']