Coatings TRIZ Cases

A specialized copolymer additive enhances coating durability through integrated structural units.

A condensation-curable silicone resin sheet cures without catalysts to form a solid encapsulant with high thermal stability.

LPTFE and melt processible fluoropolymers form durable coatings on rigid or flexible substrates.

Thermosetting silicon compound forms a crosslinked metal oxide film with high dry etching resistance.

Polycarbonate composition blends homopolymers with siloxane copolymers to achieve high melt flow and impact resistance.

A coating layer with dispersed fillers enhances impact resistance for thin display devices.

Maleimide-bonded sulfonium salts suppress acid diffusion to lower critical dimension uniformity and improve sensitivity in lithography patterning processes.

Selects thermoplastic polymer particles by color, shape, and size to eliminate crosslinking time and prevent scorch defects in high voltage cable insulation.

A composite resin bonds inorganic fine particles via a siloxane link to create a stable hard coat material.

A thermally switchable polymer composition adjusts surface free energy via heat to control adhesion and release states.

Partially fluorinated solvents dissolve TFE copolymers to form thin coatings on elastomers, resolving viscosity and dissolution trade-offs.

A cross-linked polysiloxane dispersion coating provides a vapour permeable air and water barrier.

A glass member features a recessed portion with a 90 to 130 degree edge angle that clarifies the boundary outline.

Cross-linking cyclic structures in the polymer chain balances mechanical strength and light transmittance for bendable displays.

Heating irregular polymer particles above their glass transition temperature in a liquid medium transforms them into smooth spheroids.

Spray coating an antireflection film on a LiDAR translucent cover reduces internal reflection noise.

Controlled mode-to-median diameter ratios maintain low Brookfield viscosity differences at high solid content, reducing transportation costs.

A flexible anti-reflection skin uses ductile materials to reduce reflectance at optical interfaces.

A radiation curable coating composition uses fatty-acid modified epoxy acrylate oligomers to form a cured network.

Interlocking male and female fittings connect the deck to stringers, distributing load forces to prevent sagging.

End-capped polyimide films minimize thermal stress variation to prevent inorganic film cracks and electrical degradation in flexible displays.

A foamable composition incorporates recovered silicon sludge as a filler within a polymer matrix to produce a structured foamed material.

A polyethylene composition with controlled molecular weight distribution and density enables high-speed processing without flow instabilities.

UV pre-polymerization prevents HIPE foam adherence to curing belts, eliminating discoloration defects and reducing cleaning downtime.

A silicone release coating composition uses functional silica particles to form a cured layer.

Aqueous PEG-PVP composition deposits a glossy polymer film on solid substrates.

Magnetic field control reshapes thin glass surfaces with sub-50 nm accuracy, eliminating costly abrasive polishing and substrate deformation.

Cohydrolysis of succinic anhydride and mercapto silanes reduces volatile organic solvents below 10% while maintaining storage stability under high temperatures.

Thermal assembly with integrated flow channels heats or cools a rotational moulding die using heat exchange fluid.

Optical temperature measurement tracks plastic film cooling during transport, replacing offline lab tests and reducing reject material.

Hierarchical crosslinking balances mechanical strength with self-healing efficiency, solving the trade-off between reliability and flexibility.

Mold resin reservoirs segment molten flow paths to control aluminum pigment orientation, suppressing weld line visibility and disorder.

Siloxane crosslinking immobilizes ultraviolet-absorbing agents in the coating matrix, preventing vaporization during curing while maintaining adhesion.

Alcoholic carbene solution replaces toxic metal catalysts, eliminating reproductive hazards while maintaining reaction speed.

Linking bisacylphosphine oxides via phosphorus atoms boosts radical density and curing speed in photopolymerizable compositions.

Silane-functionalized fluorinated polymers balance hardness and chemical resistance by merging adhesion promotion with repellency in a single primer-free layer.

Chemical etching removes surface flaws from glass before applying a friction-reducing coating to enhance durability.

Direct vaporization of a mixed water and propyl alcohol solvent eliminates complex cooling and replacement steps to simplify production.

A coating composition blends an acrylic resin with a quaternary ammonium catalyst to form a cured product.

Viscosity control of the polyamic acid solution yields high surface smoothness, preventing short circuits in organic electroluminescence devices.

A solvent-free coating method uses a precursor powder mixture to apply HPMCAS layers directly onto solid pharmaceutical preparations.

A building panel coating uses a binder and specific pigment composition to achieve desired visual characteristics.

A fibrous composite composition integrates multistage and methacrylic polymers to enhance mechanical toughness.

A tunable anti-reflective coating adjusts internal electromagnetic wave impedance through substrate doping and thickness control to match adjacent media.

Applying a polymer layer to glass increases fracture toughness by 1.2 to 4 times, preventing portable device cover glass from fracturing during impact.

Zinc oxide nanoparticles enhance graphene adhesion to substrates under high contact pressure, reducing friction by 90%.

A coated glazing with tin dioxide, silicon oxide, and titanium dioxide layers achieves solar control and self-cleaning while reducing manufacturing costs.

Hydrogen bonding self-assembly during RAFT polymerization controls pore size, solving industrial scale limitations of complex template methods.