Pre-encapsulating pigment particles prevents re-agglomeration, maintaining light scattering efficiency and opacity in aqueous coatings.
Organosilane-modified pigment particles resolve the trade-off between high hiding efficiency and increased viscosity in water-borne coatings.
A multifunctional amine aqueous dispersion acts as both a curing agent and emulsifier for epoxy resins.
A hybrid sol-gel coating combines a siloxane matrix with organic polymer particles to improve mechanical strength.
Dual-polymer emissivity peaks in the atmospheric window enable net cooling power below ambient levels without external energy input.
Segmented extender particles maintain opacity while reducing sheen, avoiding the low light scattering of large-size extenders.
Segmented blanket layers resolve the trade-off between high surface energy for ink spreading and low surface energy for release, improving image quality.
Dual copolymer cement admixture with optimized molecular weight distribution maintains flowability over time despite high water reduction rates.
Thermoplastic resin composition balances fluidity and heat resistance by blending polyphenylene ether with aromatic vinyl copolymers.