A low-phosphorus aryl phosphate and phosphonate system helps polyamide compounds reach V-0 flame retardancy with low migration and strong adhesion.
Amine-coated alkaline mineral particles capture CO2 as carbonates while reflecting solar radiation to cool roofs and façades.
Adjusting X, Y, and Z recurring units avoids isomorphic polyamides, enabling tunable Tg and melt processability without excessive melting temperature.
A silicone rubber coating with hydrosilylation crosslinking improves curing membrane adhesion, flexibility, and wear resistance in tire production.
Replacing volatile solvents with water in asphalt emulsions eliminates VOC emissions while maintaining adhesion and moisture resistance.
A polyimide-inorganic composite material combines a specific diamine-anhydride ratio with inorganic particles to enhance thermal stability.
Self-assembled organic layers on polymer substrates block moisture ingress while maintaining light transmittance.
A polyamic acid layer resolves solvent-induced delamination between polyimide films and hard coat layers.
A thermosetting resin composition forms a cured film with high transparency and adhesion to glass and ITO substrates.
Aromatic ketals and carbamates release volatiles from curable coatings, eliminating the yellowing caused by traditional benzoin agents.
Polyamide and polycarboxamide components replace fumed silica in coating compositions, eliminating settling issues while maintaining ring line stability.
Two-component epoxy resin coating uses branched thiol curing agent for low temperature curability.
A caprolactam-capped polyisocyanate activator initiates anionic lactam polymerization to form high-molecular-weight chains.
A thermosetting resin composition with a fluorene skeleton epoxy compound forms cured films.
A film-forming composition combines triazine ring-containing hyperbranched polymers with aromatic polyamide-based hyperbranched polymers to enhance film hardness.
Thermal treatment cross-links non-crosslinked aramid polymers to boost mechanical strength and electrical insulation.