PU is usually prepared by reacting a petroleum-based polyol (polyol polyether or polyol
polyester) with isocyanate. By modifying the polyols and the diisocyanates to improve …

Flame-retardant epoxy resins (EPs) with superior optical, mechanical and dielectric
properties are highly desired in high-tech industries. In this work, a multifunctional …

The epoxy (EP) resin is being intensively applied in electronics packaging, the 5th
generation communication technology (5G) and composite tanks for pressurized hydrogen …

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

In modern industries, the demand of multifunctional, transparent epoxy resin (EP) combining
superior dielectric, mechanical, and fire-safety performances is gradually increasing …

The integration of flame-retardant additive with both excellent thermal stability and
remarkable fire-retarded efficiency into epoxy resins (EP) is highly demanded while …

Room‐temperature phosphorescence (RTP) polymers, whose emission can persist for a
long period after photoexcitation, are of great importance for practical applications. Herein …

The facile construction of a cotton fabric with excellent flame-retardant and water-proof
abilities is of great interest for multitask requirements. Herein, a nonfluorine, highly efficient …

Thermosetting plastics cannot be reprocessed and recycled due to their permanent and
strong covalent cross-linking bonds, and their use could result in serious environmental …

Epoxy resins possess poor flame retardancy and have difficulty in both recycling and
reprocess ability which largely limit their application. Herein, two vanillin-based epoxy …