A PEG-based aqueous coating lowers friction on metal containers while minimizing foam and staying compatible with conversion coatings and BPA-NI lacquers.
Hydrophobic end-capping balances high- and low-shear viscosity in waterborne coatings, supporting sag resistance and leveling.
A water-based acrylic turf paint combines chlorophyll, bactericide, and additives to limit microbial growth while keeping field logos visible.
Ethylene/propylene polymer units and tailored hydrophobic groups resist oil in water while preserving shape transfer during molding.
Silane hydrolysis modifies nano-sized metal oxide particles dispersed in resins to create a water-based self-cleaning top coat.
A composite filter aid combines mineral diatomaceous earth with antimicrobial metal compounds to remove microscopic organisms from fluids.
A copolymer with quaternary ammonium salt groups electrostatically adsorbs onto bacterial cell walls to provide durable antibacterial action.
Redox initiation prevents metal salt formation during polymerization, maintaining color stability without adding UV-absorbers.
Acrylic polymer solubilizer disperses molybdenum inorganic particles, preventing precipitation and maintaining long-term storage stability.
Minimal silver concentrations in silicate matrices provide antibacterial efficacy without yellowing or compromising transparency.
Zwitterionic polymeric compounds provide permanent anti-microbial properties through ionic bonding with diverse polymeric binders.
Oxazoline additives delay latex coalescence, extending open time without compromising opacity or color stability.
Solventless UV-curable coatings eliminate polymer degradation and slow silver activation while preventing biofilm formation.
A water-soluble copolymer and hydrophilic silane compound form a durable protective layer on siliceous surfaces.
Ultrasonic welding fuses water-soluble film edges around seeds, eliminating heat damage and preserving germination rates.
A water-soluble silicone defoaming agent composition uses polyether-modified silicone and specific ether compounds to achieve uniform solubility in aqueous phases.
Cellulose coatings incorporating copper and silver ions inactivate viruses while reducing microplastic pollution from disposable masks.
An aqueous treatment primer penetrates mineral substrates to improve adhesion and prepare surfaces for coating.
TEMPO mediates interactions between metal pyrithione biocides and acetoacetoxy polymers to reduce delta b values by 50 percent after heat aging.
Polysaccharide and clay binders protect colorants from water release while maintaining transparency.