Coatings TRIZ Cases

A silicone resin, cyclic siloxane, catalyst, and unsaturated organopolysiloxanes reduce mist while preserving release coating performance.

Dual ethylene copolymers reduce coating blocking while preserving adhesion.

This case combines PMHS, polymer particles, pigments, and extenders to reduce UV-driven fading while preserving paint opacity.

This electrochromic seal combines mechanical and permeability barriers, protecting the composition from moisture and oxygen ingress.

This tape laying approach synchronizes cutter motion with continuous feeding to improve adhesion, edge alignment, and processing speed.

A gas- or liquid-crystal-filled protection layer with varied-height spacers cushions impacts and protects flexible display panels.

Heated pultrusion channels use low-viscosity reactive melt flow to improve fiber impregnation and support faster production.

Hydrolyzable organosilicon and silicon compounds form coatings that resist friction while helping droplets move across the surface.

This case combines charged monomers and crosslinking to preserve anti-fog clarity while making removable hydrogel decals durable.

A split-stream process colors fertilizer particles continuously, mixes them at a defined ratio, and protects color from rub-off.

Modified branched polyetheramine polyols stabilize pigment dispersion while balancing rheology and gloss in coating compositions.

Phosphoric acid reaction products enable fluorine-free, water-based release coatings while reducing hazardous solvents and byproducts.

Fluorescent transmissive layers and reflectors deliver bright, low-glare lamp lighting.

This composition uses self-crosslinking novolac resin to improve curing, heat and etch resistance, flattenability, and film conformity.

A controlled blend of high- and low-melting ethylene copolymers improves storage stability, adhesion, barrier, and heat resistance.

Water scavengers stabilize one-pack silane coatings for longer potlife and ambient cure.

Powder-applied plastic on the mould creates a textured pool interior that disguises minor damage while epoxy and fibreglass reinforce it.

Frustum-cut pyramid zones manipulate visible and infrared wavelengths, combining spectral efficiency with a durable glass substrate.

This case blends UHMWPE, TPOE, and optional fluoropolymer to reduce slurry wear while improving melt processing.

This coating case combines polymerizable surfactants with anionic and nonionic monomers to resist blistering after rain exposure.

A covalent copolymer coating improves wash resistance across watch substrates.

This case uses VG2–VG10 mineral oil, with optional solid lubricants, to improve sliding performance in resin members.

Batch-wise initiator addition increases nanoSCINT output while reducing solvent use and silica shell thickness in one process.

A layered protective member combines DFHA resin and UV absorbers to protect foldable displays from impacts and light damage.

Fluorinated resin film uses asymmetric roughening and staged UV/thermal curing to balance dielectric performance with copper adhesion.

Silicone chemistry that limits inhibitor loss during solvent removal and hot-melt processing.

See how a thermoplastic elastomer middle layer prevents dusky tones and extra peeling during continuous multicolor printing.

Water-occluded polymer particles use peroxide and chelation to preserve opaque dispersions at a safer low pH.

Staged top-and-bottom heating on a conveying belt balances pore uniformity, sheet thickness, and production rate.

This case uses naphthalene diol monomers to support PAES melt processing while preserving thermal stability and mechanical properties.

Control pigment settling and splattering with a multishear hydrophobic copolymer.

Metal oxide nanoparticle transport layers and polymer-based encapsulation improve charge balance, reduce hole leakage, and extend stability.

Controlled heating, cooling, and ventilation help produce a consistent, durable luster finish while managing oven energy use.

A cured polysilazane coating forms a silica layer that smooths TCO glass, limits haze and marking, and adds electrical insulation.

This case combines hard antireflection coatings with high-index glass to improve transmittance while limiting breakage.

Crosslinked looped organosilicon strands strengthen silicone while preserving optical transmission and thermal stability.

Hydrolysis, copolymer bonding, surface passivation, and cellulose nanofibrils reinforce transparent silica aerogels for thermal stability.

Sequential ALD/MLD cycles build hydrocarbon or fluorocarbon layers on glass for durable moisture and oil repellency.

Silphenylene binders use radical crosslinking and low Si-O content to balance RF dielectric loss, adhesion, and heat resistance.

A polymer coating with synthetic diamond and abrasive particles improves tire and footwear traction on icy roads while remaining applicable.

This case uses insulated floating-pattern segments to reduce electrode reflection and parasitic capacitance across active display regions.

Amino-functionalize silicone without plasma pretreatment to support stable coatings.

Segmented color filters and index matching reduce display glare and improve clarity.

Controlled copolymer composition, azo initiators, and hindered phenol additives limit polar residues and oxidation during crosslinking.

A metathesis-made copolymer and silica-carbon black compound improves fracture resistance, wet grip, and heat buildup in crosslinked rubber.

An epoxy acrylic and epoxy silane layer improves adhesion while a light-transmitting top layer limits curl and cracking.

A solvent-based bond breaker uses fatty acids, esters, and film formers to release concrete panels with less residue and easier finishing.

A cross-metathesis copolymer with silica filler forms rubber that balances fracture resistance, wet grip, and reduced heat buildup.

Radical polymer films selectively mask semiconductor regions by material.

A twisting mechanism and pressure unit adjust prepreg tape width while limiting folds and uneven thickness during FRP molding.