Coatings TRIZ Cases

A boundaryless fusion region strengthens sealing between the display panel and encapsulation substrate while protecting nearby metal wiring.

A single-component aqueous wood coating uses a specific oligomer and 5.0-10.5 μm beads to suppress grain raising while keeping good sandability.

A low-MFI polyolefin sheath keeps glass filament length close to pellet length during extrusion, improving stiffness and impact strength.

High-silicon monomers keep photocurable layers jettable while boosting etch resistance for sub-100 nm pattern transfer in IAP and nanoimprint lithography.

Polypropylene granules thermally fused onto polymer-modified asphalt create a superhydrophobic surface that resists water, snow build-up, dust, and fungal growth.

Hollow particles dispersed in a thermoplastic resin coating improve heat insulation, suppress adhesive remelting, and protect circuit boards.

A urea-aldehyde coating chemistry replaces isocyanates and formaldehyde while preserving adhesion and enabling lower-temperature curing.

Low-light photocrosslinking and alkali solubility let this fluorinated resin form liquid-repellent patterns without high-temperature curing.

A nano-wrinkled layer applied before ceramization improves cleanability, adhesion, and durability in glass-ceramic cooktop surfaces.

Covalent silane-based sizing strengthens resorbable glass fiber to polymer bonding, improving composite strength and in vivo retention.

Low-temperature initiators start lens polymerization early, limiting tape-derived impurities and producing high-index, haze-resistant optical parts.

Higher-molecular-weight ether, ketone, or ester solvents help PVDF dissolve faster with lower toxicity, better handling, and stable solutions.

A fluorene-styrene curable composition helps plastic lenses stay thin and lightweight while improving adhesion to laminate layers.

A multilayer anti-reflection member tunes 350-370 nm reflectance to limit quantum dot color interference and preserve neutral black appearance.

A columnar inorganic intermediate layer improves adhesion between anti-reflection and anti-fingerprint coatings for harder, clearer display windows.

Phase-separated microdomains in a curable coating create forward light scattering without printhead clogging or uniform diffusion limits.

A layered card inlay uses a recycled polyethylene core, support films, and thermoplastic adhesives to preserve strength while reusing plastic waste.

Fine PAES domains in a PAEK matrix with CNTs and graphite balance impact strength, abrasion resistance, and electrostatic dissipation.

Core-shell latex particles create matte waterborne films by increasing diffuse reflection without relying on high pigment volume concentration.

A silicone copolymer and mica coating helps metal substrates resist cracking while preserving dielectric properties above 300°C for long exposure.

A long-chain alkyl acrylate release layer improves tape unwind, aging stability, and adhesion to non-polar backing materials.

A spaced encapsulation layer protects sub-wavelength metastructures while forming multilayer antireflection to improve transmittance and assembly.

Multilayer oxide, nitride, and oxy-nitride coatings improve scratch and abrasion resistance while preserving 85%+ visible transmittance and color stability.

Multilayer dielectric AR coatings on glass limit heat-treatment color shift, haze, and reflectance change without silver or gold IR layers.

Metal-catalyzed coupling of iodinated diaryl carbonates with alkynes or alkenes preserves carbonate groups and enables bio-based polycarbonates.

Vinyl silane grafting raises POE encapsulant crosslinking while preserving optical insulation, reducing bubbles and delamination in solar modules.

A rotary table and fixed three-part closing side automate profile loading, molding, and ejection while preserving precise positioning.

A water-activated silane catalyst keeps two-component silicone mixable longer while still enabling rapid curing, stable storage, and low phase separation.

PVOH replaces fluorinated surfactants to stabilize high-solid PVDF latex, reducing reactor fouling while keeping particle size small.

Localized heating makes prepreg resin tacky before slitting, filling voids and wetting fibers to reduce breaks, fraying, and defects.

Specific fluorinated and siloxane side chains improve coating antifouling while preserving the weather and chemical resistance of fluoropolymers.

Multi-layer oxide and oxy-nitride optical films protect cover substrates from scratches and abrasion while preserving high visible transmittance and low color shift.

A polysiloxane UV-curable resin cuts near-infrared absorption while maintaining heat resistance for optical waveguides and adhesives.

A single visible-light flash adjusts silver-coated glass so tempered and annealed products keep closely matched color and optical properties.

Pressure- and viscosity-controlled resin impregnation speeds thermoplastic penetration into fiber bundles while preserving composite properties.

An amine-epoxy acrylic and silicone resin coating avoids isocyanates while improving weatherability, corrosion resistance, and moisture stability.

Heating episulfide resin waste with a polythiol and radical initiator converts industrial waste into reusable tetrafunctional thiol.

A high-solid UV-curable coating balances low VOC emissions with spray workability, adhesion, heat resistance, and surface finish.

By combining flexible siloxane segments with heat-stable imide units, this curable composition achieves low-temperature curing and high thermal stability.

A sputtered multilayer coating replaces enamel to create near-opaque decorative glass with low reflection, low porosity, and heat-treatment resistance.

A tetraazaporphyrin and UV absorber combination gives optical coatings antiglare performance while maintaining weather resistance.

Graded dielectric layers around a silver coating raise solar factor while keeping low emissivity and limiting heat loss in transparent glazing.

A solvent-free UV-curable organopolysiloxane balances low dielectric constant, low viscosity, and storage stability for electronic insulation coatings.

A spaced encapsulation layer protects fragile subwavelength structures while forming an antireflective stack that preserves phase control and boosts transmittance.

Controlled cooling from 200°C or below at at least 3.3°C/min preserves compressive stress and depth of layer in ion-exchanged glass.

Controlled solvent evaporation and curing form silicon conformal films on narrow trench sidewalls without trench filling or complex CVD/ALD steps.

Halogen-substituted polymer crosslinking strengthens resist underlayers against solvent attack and prevents bottom pattern trailing during EUV processing.

A layered DLC-based coating boosts glass panel scratch resistance and adhesion while limiting color shift and preserving transmittance.

A BMI-based surfacing film uses a toughened resin and inorganic fillers to co-cure with composites and resist micro-cracking above 176°C.

Continuous carbon fiber bundles widen to four-to-eight times their original width after solvent treatment removes the water-soluble sizing agent.

A resin molding mold uses a thermosetting mirror-surface coat layer to generate gloss and texture.

A photo-alignment film incorporates a polymer with nitrogen radical-containing groups to scavenge radicals generated by backlight illumination.

Multistage polymer particles combine soft phosphorus-containing cores with hard surface layers to form durable aqueous coatings.

Internal channels in polymeric pellets cut soaking time from ten hours to under six while maintaining uniform additive distribution.

High molecular weight alkyl silicone resin reduces alcohol liberation during hydrolysis, improving process efficiency and storage stability.

A variable thickness corrosion coating reduces weight and processing time on aircraft heat exchangers while maintaining reliability.

Chemical bonding between silica particles and the polymer matrix reduces thermal expansion below 20 ppm/K while maintaining high transparency.

Inhomogeneous temperature control expands microballoons while preventing polymer degradation and maintaining mixture homogeneity.

Segmented polymer phases enhance alkyd resin compatibility, delivering high gloss coatings without drying agents or cobalt.

Weakly-coordinating anion salt sizing protects the interphase from heat and water degradation, maintaining mechanical strength in reinforced composites.