Coatings TRIZ Cases

Photoinitiation replaces thermal energy to drive rapid polymerization at -50°C, reducing viscosity and energy consumption for industrial processing.

A cut sheet uses controlled inorganic particle occupancy to maintain low water absorption rates.

Segmented injection moulding anchors the runner body to stabilize the sleeve core, reducing internal stress and air pockets in flexible tubes.

A non-return valve uses a resilient spacer to bias the valve body, ensuring reliable fluid sealing without complex mechanical springs.

Monomer-free vinyl ester powder eliminates styrene emissions and skin sensitization risks while enabling low-temperature curing.

Aliphatic glycols hydrogen bond with carbonyl monomers to raise boiling points and suppress air void formation during polymerization.

Chemical vapor deposition bonds a tantalum alloy to brazed joints, maintaining heat transfer while resisting hydrochloric acid corrosion.

A dual laser device strips coatings and notches edges on coated transparent substrates using two sources acting on the same side.

Dropwise polymerization of N-vinyl carboxylic acid amide with non-hydrophilic monomers creates a highly viscous aqueous solution.

Tungsten-doped zirconium oxide layers maintain scratch and corrosion resistance during high-temperature glass tempering.

Fluid support prevents deformation during over-molding, suppressing costs while improving decorating properties.

Co-process fibrillated cellulose with non-ionic cellulose ethers to prevent hornification and aggregation during drying, enabling high dry matter content.

A sensor housing assembly embeds optical fibers in a viscous material composition to transmit strain and temperature data.

Ultraviolet curative adhesive covers the resin lens flange part, preventing optical distortion from heat caulking stress while maintaining bonding strength.

Replacing metal cations with organic small molecules induces β crystal formation in minutes, cutting preparation time and energy consumption.

Optimized molecular weight distribution reduces volatile emissions and cycle times while maintaining high purity in injection molded parts.

Ceramic coating composition with aluminum hydroxide creates uniform wear-resistant layers on metal alloy surfaces.

A silicone rubber-based curable composition uses controlled vinyl group indices and silica filler to improve mechanical strength.

Surface layer polymers blend with high-performance cores to reduce viscosity, enabling faster in-situ consolidation without autoclave steps.

Ultrathin BoPET film coated with carbon nanotubes generates lift via photophoretic force for potential flight.

An antiglare surface with an autocorrelation length ratio greater than two reduces reflection and sparkle while preserving image clarity in display devices.

Inverting the injection sequence of support and structural layers prevents sinkholes on visible faces by allowing proper cooling.

Segmented encapsulation layers with a polysiloxane dam resolve the contradiction between narrow bezel aesthetics and moisture barrier reliability.

A sublimatic printing method transfers graphics via a siliconized sheet to a biodegradable polymer backing.

Controlled alkali metal distribution in resin particles prevents surface hydrolysis, ensuring stable storage properties and effective biodegradation.

Acid-modified chlorinated polyolefin dissolves in water with surfactant and glycol ether, replacing organic solvents and simplifying production.

A luminaire uses interdependent optics and reflectors to direct light away from the device.

A retrieval device with a selectively transferable receptacle manages exterior and interior thermal conditioning of molded articles.

Universal pigmentary preparations use dispersing-wetting agents to tint plastics, reducing production complexity and inventory burden.

A sliding truncated wedge drawing head tears open trapped air pockets in elastomer ribbons during calendering.

Open reinforcing fiber bundles before kneading with molten thermoplastic resin to achieve uniform fiber length distribution.

Bimodal cationic polymer maintains water solubility while delivering thickening performance to fabric softeners.

Composite silica and silicone resin additives prevent surface stickiness and fish eyes in unpigmented coatings.

Segmenting the antireflection film into discrete embedded nanoparticles resolves coating breakage on curved surfaces.

Multimeric acid of unsaturated fatty acid stabilizes ABS resin polymerization, preventing gas generation during high-temperature thermomolding.

Composite coating liquid with 1.5 mm fibers resolves the trade-off between conformability to complex shapes and sufficient thermal insulation performance.

Modified inorganic powders in a curable resin emit far-infrared radiation to convert electromagnetic interference into therapeutic benefits.

Functional coating layer on acrylic film reduces surface friction to prevent blocking while maintaining optical clarity.

Crosslinked CSM primer absorbs thermal contraction strains between copper and resin, preventing interface peeling in automotive components.

Offset heating pipes with individual valves eliminate temperature gradients along the deflection drum length.

Styrenic underlayer polymer resolves surface interaction mismatch while enabling precise directed self-assembly of block copolymers.

A thermoplastic polyurethane golf ball cover treated with a solvent-free polyisocyanate compound to enhance surface hardness and friction.