See how porous particles and inorganic fillers in a water-based coating increase yarn opacity a
See how a dual-layer coating system with controlled thickness resolves the contradiction betwee
See how polyelectrolyte complex coatings replace halogenated flame retardants, preventing ignit
See how ATH-polymer composite flooring eliminates corrosion, withstands 200°C, and reduces main
See how large plate-like expandable graphite particles in foam coatings achieve effective flame
See how dissolving polyetherimide in solvent enables varnish-based processing for laminates, ad
See how magnesium hydroxide and aluminum oxide hydroxide provide fire resistance in resin-bonde
See how alternating cationic and anionic layers form a thin-film flame barrier that preserves s
A phosphine oxide-rich polymer cuts formaldehyde release while preserving flame resistance on cellulose fabrics after repeated washing.
A synergistic antimony oxide, zinc borate, and zinc sulfide paste improves flame resistance while limiting settling and color separation in fabric coatings.
A phosphoramidate flame retardant gives aqueous resin back-coatings strong flame resistance and low hot-water solubility to prevent water spots.
A one-pot BPEI-PSP aqueous nanocoating improves flame suppression on fabrics and foams without toxic halogenated retardants.
An acrylic intumescent coating keeps textiles transparent and flexible while improving fire resistance without formaldehyde emissions.
Metal oxide and polymer particles are tuned to keep coating films transparent, antifouling, and hydrophilic even under high heat.
A formaldehyde-free fiberglass binder uses amine salt, aldehyde or ketone, and acid to improve adhesion, cut VOCs, and cure faster.