Coatings TRIZ Cases

A multilayer window film replaces tempered glass to combine scratch resistance, low reflectance, water repellency, and bendability.

A thin multilayer anti-reflective coating cuts reflectance below 0.35% while limiting angle-dependent color shift and improving abrasion resistance.

A phosphorus acid functional polyol enables aminoplast coatings to cure at 100°C or less while delivering strong film formation and durable resistance.

An all-in-one composite coating bonds, protects, and decorates molded parts while cutting process steps, cost, and solvent-heavy pollution.

A CVD parylene coating gives glass-fibre textiles continuous alkali protection, improving durability in cement and concrete reinforcement.

Region-specific anti-reflection films on a curved condensing lens cut reflection at different laser incidence angles and raise luminous efficacy.

A low-filler varnish undercoat enables uniform impregnation before high-filler film lamination, improving FRP thermal conductivity and moldability.

A boundary-free fusion region strengthens panel-to-encapsulation sealing while overlapping metal wiring without damaging it.

Multiphase polymer particles with occluded hard domains improve LASD coating water resistance while maintaining blister-free appearance and damping.

Lens isolation formed with each on-chip lens boosts indirect ToF sensor sensitivity while reducing pixel crosstalk and improving modulation contrast.

A ketone-functional additive and tailored silane end groups improve silicone storage stability and substrate adhesion without oxime odor.

An ionic liquid and acid curing system helps polysiloxane films cure at lower temperature while improving storage stability and dielectric performance.

An uneven sloped belt conveyor feeds short carbon fiber bundles continuously, preventing bridging and keeping sheet prepreg weight variation low.

Antisense PNAs target conserved bacterial regulatory genes to block polymicrobial biofilm formation on medical and industrial surfaces.

Pre-lubricated seed layers drive center-out electroplating to fully fill high-aspect-ratio glass vias without air gaps or cracking.

Specific additives and drying cut water and impurities in hydrocarbon-surfactant PTFE, enabling stable extrusion and cleaner thin coatings.

A single composite barrier layer replaces vapor deposition and extra layers to block oxygen and water vapor with simpler laminate production.

Bio-based granulate raises epoxy coating yield strength without settling, enabling smooth floor finishes with strong adhesion and durability.

Pressure-sensitive adhesive on ribbon yarn surfaces prevents reel slippage, tangling, and breakage during winding, transport, and storage.

Ambient gelation and vacuum forming make thermoset IME parts moldable, then frontal polymerization adds strength and thermal stability.

A water-soluble polymer lowers gum dispersion viscosity, enabling precise solvent coating weights and swelling without gel-blocking.

ROMP-built bottlebrush polymer networks improve pressure-sensitive adhesive strength through controlled crosslink architecture and tunable reversible adhesion.

Acrylic-functional polyorganosiloxanes combine UV and moisture curing to deliver optical clarity, low modulus, and reliable flat-panel adhesion.

A resilient binder film on hot porous substrates blocks capillary moisture, reducing RTV silicone bubbles and improving adhesion.

A mixed iodonium-sulfonium photoinitiator system improves UV and heat curing of epoxy silicone while preserving transparency and strength.

Renewable hydrocarbons and anionic surfactants help multipurpose oil reach crevices while supporting lubrication, anticorrosion, and lower volatility.

See how UV absorbers and antioxidants protect inorganic-oxide hard coats from cracking during ultraviolet irradiation and high humidity.

See how a low-permittivity encapsulation composition blocks moisture and oxygen while preserving organic display touch sensitivity.

A UV-cured, network-cross-linked layer absorbs water quickly to block it around optical fibers while limiting attenuation and cable weight.

Sharp, three-dimensional particles migrate into the boundary layer, promoting kinetic mixing that improves additive dispersion and suspension in viscous coatings.

See how coated liquid crystal polymer fibers lighten elevator lifting members while preserving flexibility, strength, and durability for high-rise use.

Infrared irradiation removes halogen-containing solvent from impregnated continuous fiber, simplifying equipment while increasing sheet production efficiency.

Silane-silicone surface modification suppresses metal oxide agglomeration in methyl-based silicone resin, preserving transparency and improving refractive index.

Modified polysiloxane coatings improve anti-graffiti and hydrophobic performance while avoiding titanium-related haze and precipitation.

Quick freezing and gas-locking retain high-pressure fluid in TPE rolls for stable heating, foaming, storage, and transport.

An optical layer in the camera-area through hole, paired with anti-reflection coating, reduces chromatic aberration across the display.

Ag-Al alloy layers lower solar transmittance and raise reflectance while preserving visible light transmission in coated glazing.

Timed GCP discharge coordinates mold-back or core-back operations to increase foaming ratio and limit swirl marks, discoloration, and raindrop defects.

Nanofillers dispersed in a thermoset polymer matrix improve water and oil repellency while helping coated surfaces remain transparent and clean.

Specific heterophasic polyolefin blends help field-joint coatings bond to factory coatings while resisting seawater corrosion and hydrostatic pressure.