Coatings TRIZ Cases

Diagonal ribs and spaced branches form drainage valleys under the mat, clearing water and debris while adding stiffness for production and use.

See how a lacquer-coated sliding surface with lipophilic layer replaces metal rails and bearing

See how a lipophilic coating on lacquered sliding surfaces replaces metal rails and bearings to

See how structure-forming particles with higher melting temperature create surface elevations t

See how controlled semi-impregnation with porous fiber substrates enables air escape during mol

By fixing ultrafine fibers in a laid-down state, this case keeps napped artificial leather smooth and uniform after rubbing.

See how a second elastic polymer fixes ultrafine fibers in a laid-down state, controlling peak

Maltodextrin-derived vinyl acrylic copolymers improve wet strength and resist plasticizer migration in PVC-backed carpet tile adhesives.

See how hydrophobic enamel grains on glass containers maintain nucleation sites even when wet,

See how a three-layer polyvalent bituminous coating resolves incompatibility with APP, SBS, and

See how a composite mat construction with preliminary color layer application and selective pol

See how a bio-based carpet backing composition replaces fossil fuel polymers with natural resin

See how structure-forming particles create elevations that act as spacers, preventing adhesion

See how a lacquer-coated sliding surface with lipophilic composition replaces metal rails and b

See how electrostatic resin powder attachment and controlled heating achieve semi-impregnation

Thermally switchable conductivity shifts solar absorption and reflection as temperatures rise, helping limit overheating and material aging.

See how aqueous polymer dispersion binds flax and hemp fibers without twisting, preserving fibe

See how a composite enamel coating with oxidic compounds and steel powder protects aluminium he

See how a nanoceramic layer applied before lacquer coating improves adhesion and corrosion resi

See how a cutting wheel and anvil system introduces staggered perforations in carbon fiber subs

See how propylene-based elastomer backing replaces latex precoat to enhance tuft bind strength,

See how chitosan-based polyelectrolyte complexes modified with fatty compounds achieve mechanic

See how spaced-apart sizing sites on carbon fiber tows leave unsized regions that enable resin

See how aqueous polyolefin dispersion applied to porous substrates creates breathable barrier l

An aqueous polyolefin coating improves adhesion to woven carpet fibers, prevents fraying, and removes the need for serging.

Blending low- and high-density olefin polymers with a functionalized phase cuts growth forces and helps carpet backing resist expansion and buckling.

Emulsifier-free water-redispersible polymer powders improve carpet dry strength and filler compatibility in highly filled coatings.

A multilayer pyrolytic coating on tinted glass cuts solar heat gain and emissivity while preserving visible light transmittance.

Intermittent EVA coating stabilizes composite fabric during cutting while limiting stress raisers, crack growth, and resin bonding loss.

Highly crimped fibers and low print resin keep air permeability in range, enabling wrinkle-free molding with sound absorption.

Aminosilane-treated pigments improve dispersion and binder bonding, helping thin coatings absorb more solar energy while emitting less heat.

Molten resin encapsulates printed circuits and an internal connector in a molded control panel, cutting parts, assembly cost, and failure points.

Shield formations redirect treatment liquid away from web edges to prevent buildup and keep coating uniform across adjustable web widths.

A two-layer water-based coating makes a braided textile sleeve fluid-tight while preserving flexibility, abrasion resistance, and decontamination.

A grooved glass substrate with a UV-cured polymer edge layer absorbs impact, preventing cracks and damage during transport and processing.

A high-solubility spin-on carbon composition forms thick hard masks with strong etch resistance, reducing CVD cost and process time.

A tailored polyamic acid coating improves conductor adhesion and flexibility while preventing dielectric breakdown and partial discharge.

A lower-permittivity exterior around the dielectric line cuts high-frequency loss in curved routing while preserving efficient wave transmission.

An electrolyte-resistant adhesive layer and gas barrier film give power storage packaging flexibility, sealing durability, and conformability.

A thin high-emissivity coating cuts solar panel heat transfer while preserving over 90% light transmission to slow heating and sustain efficiency.

A layered absorber with AR coating, an absorbing film, and a conductive substrate cuts laser backscatter while dissipating heat.

Back plates added before cutting improve fixturing for frameless electrochromic mirror elements, reducing edge damage and misalignment.

Pre-curing an adhesive layer with controlled modulus improves curved cover bonding and prevents light blocking layer discoloration.

Multi-layer protection combines diffuse reflection, anti-reflection, and selective UV/IR blocking to protect users and preserve display quality.

A fluorine resin layer between the LED chip and optical element cuts total reflection while avoiding bubbles and weak adhesion.

Controlling particle size, sphericity, and hollow ratio strengthens acrylic shells to suppress pinholes and prevent hollow-core collapse.

An organosiloxane coagent and controlled peroxide loading improve polyolefin cable insulation crosslinking while limiting scorch and hot creep.

An edge seal combines foil-backed photovoltaic cells and adhesive layers to block moisture contamination and harvest light in laminated window units.

Surface-bound oxidants in oMLD enable uniform copolymer thin films from high-oxidation monomers and primary amines with improved redox control.

Acrylic-silane-treated filler helps dielectric composite films bond to copper while maintaining low Dk/Df and reduced processing temperature.

A thiol-based white photoresist spacer maintains fine pattern resolution, heat-resistant reflectivity, and ink repellency for brighter light-emitting devices.

Injecting liquid through the extruder sleeve into partially solid polymer improves mixing while reducing leakage and insulation layer defects.

Injecting dielectric liquid through the extruder screw avoids barrel piercing, limits slippage defects, and keeps cable insulation diameter stable.

Wide-bandgap insulating polymers in the OPD active layer suppress dark current and noise, enabling higher NIR-SWIR detectivity under reverse bias.

Silane-treated metal oxide particles stay dispersed in methyl- and phenyl-based silicone resins, preserving transparency and LED light extraction.

A conical seal element lets injection pressure clamp the cable to the mold surface, creating clean, robust, environmentally sealed overmolded joints.

Embossed sub-100 μm graphite textures tune surface wettability to limit water buildup while preserving thermal and electrical conductivity.

Using multiple organosheet types by region improves load distribution and rigidity around vehicle door window openings while reducing extra cladding.

Surface-modified metal oxide particles stay dispersed in methyl- and phenyl-based silicone resins, reducing agglomeration and preserving LED sealing transparency.

Premixing nanofillers with dielectric liquid before extrusion prevents agglomeration and improves cable breakdown resistance and resistivity.

Back plates fixture electrochromic mirror cells during cutting and edge finishing, improving alignment and reducing class A surface damage.

A continuous composite load path around the tailgate window opening cuts weight, preserves stiffness, and removes metal inserts.

A crown-compound silicone cure protects silver electrodes from sulfur-gas discoloration while preserving optical transmittance.

An ionomer-coated inorganic antioxidant protects fuel cell membranes from radical damage while preserving proton conductivity above 100°C.

Coil-generated heat inside a heat-resistant box preheats the stator core, frame, and mold together, cutting time and facility complexity.

A fluoropolymer coating with a pentamethylene diisocyanate curing agent helps solar module backsheets keep adhesion and avoid voids after pressure cooker tests.

A moisture-curable coating repairs cracks, holes, and scratches on solar panel backsides, restoring function without full module replacement.

Laser-formed spherical metal clusters and controlled PPS melt viscosity improve airtight sealing at the metal-resin joint.

A boron-silicon multilayer coating uses matched glass viscosity profiles to seal cracks and block oxidation in carbon-carbon composites.

A polymer-lined carbon steel pipe resists chloride corrosion at high pressure, cutting desalination and brine pipeline costs versus CRAs.

A silicone-metal coating and glass sealing layer block oxygen diffusion in carbon-carbon composites and form protective oxides at high temperature.

An intermediate layer lets fibre-reinforced sheath layers slide during bending, protecting plastic-coated metal pipes from damage and abrasion.

Fixing members wound over axial carbon fibers keep them aligned on the mandrel, reducing gravity-driven displacement and production cost.

A heat-shrink tube and rotary swaging join stainless steel and aluminum pipes without direct contact, improving airtightness at high pressure and low temperature.

A processed braze sheet enables fluxless low-temperature joining of aluminum and copper, cutting heat exchanger weight and cost while preserving conductivity.

Phase-shifted helical fixing members hold axial fiber layers in place during tube forming, reducing gravity-driven displacement at low cost.

Lengthwise slots in a polymer pipe lining vent trapped gas during depressurization, preventing buckling while preserving corrosion protection.

Repeated laser-etched line patterns reduce metallic coating shield effects, improving RF transmission without slowing substrate processing.

Optical interface detection and Z-axis focus control let lasers decoat installed multi-glazed windows with varying glass thickness and coating positions.

A movable focal lens lets laser decoating adapt to unknown multi-glazed window structures while keeping the cleared area small and acceptable.

A sliding block and blocking member constrain bend pipe motion during conveying to prevent trajectory deviation and keep polyethylene tape wrapping uniform.

A zinc base film plus lithium and sodium silicate topcoat improves chain corrosion and water resistance without the thick coatings that reduce flexibility.

Low-hardness, low-impurity copper relieves thermal stress in bonded ceramic substrates, improving heat cycle resistance without enlarging size.