Their pervasive use in industrial applications renders the development of environmentally
benign flame-retardant epoxy (EP) thermosets a timely and important goal. The last two …

Epoxy resins are widely used in many fields because of their excellent physical and
chemical properties. Unfortunately, epoxy resins are inherently combustible materials and …

Epoxy resin (EP) features superior comprehensive performances, but inherent flammability
seriously limits its industrial applications. Current flame-retardant strategies often bring …

It is of great significance to develop high-performance epoxy resins (EPs) combining
superior flame retardancy, smoke suppression, thermal oxidation stability, transparency and …

Fire-safety epoxy resin with excellent comprehensive performance becomes the
requirement for further application in the industry. As a commercially available compound, 9 …

Develo** bio-based epoxy resins with high thermal stability and mechanical properties as
well as satisfactory intrinsic flame retardancy is of increasing demand, though this has …

Searching a renewable and flame-retardant alternative to bisphenol A epoxy resins is a
necessary development trend. Diphenolic acid, a plant derivative, has been proven to be …

To meet the requirements of application of epoxy resin (EP) in some special fields, the flame
retardance must be improved without losing its mechanical properties. To achieve this …

Most flame retardants used in epoxy resin (EP) inevitably affect its curing process,
mechanical properties as well as transparency. To solve this problem, a novel phosphorus …

A series of novel phosphaphenanthrene/phenylsiloxane bigroup macromolecules (DDSi-n)
were synthesized and applied to obtain high-performance epoxy thermosets. DDSi-n …