Pretreated Surfaces TRIZ Cases

Segmenting the process controls zirconium concentration and slows alumina growth, enhancing thermal barrier adhesion.

Photocatalytic emulsion deposition creates patterned metallic coatings without high-temperature sintering, resolving conductivity control challenges.

A metal member surface covered with a hydrophobic film retains nanometer-order irregularities for extended periods.

A painting method merges paint and coating on a glossy base to enable tool manipulation of color gradients.

A composite article with a sacrificial layer and an erosion-resistant layer protects aerospace components from particle impact.

Temper rolling steel substrates eliminates yield point elongation and prevents Lüders lines during elevated temperature coating processes.

Integrating preservatives into wood strands before bonding eliminates uneven chemical distribution and reduces treatment costs.

Replacing toxic tin catalysts with lithium-based alternatives in low acid polyol systems enables rapid curing for automotive refinishing.

A composite metal oxide catalyst layer on the anode reduces overvoltage while suppressing oxygen generation during brine electrolysis.

Fine particle size powder coating compositions eliminate solvent removal energy consumption while achieving high adhesion and film integrity on metal packaging.

A multilayer coating system uses a tertiary amine catalyst to accelerate thiol-isocyanate curing reactions in shadow areas without light irradiation.

Silicate-based phosphor powders prevent sulfide decomposition under electron beam bombardment, maintaining luminous efficiency.

Replacing toxic chromium with an iron(III) complex enables high-yield synthesis of organopolysiloxanes without modifying the siloxane chain length.

Chemical vapor deposition of boron nitride films reduces capacitive coupling and gate leakage while maintaining carrier mobility in advanced MOSFET devices.

A UV curable coating composition uses non-hydrolyzed epoxy-alkoxy-silane and polyfunctional acrylates to form a crosslinked network.

Intermittent ultraviolet-curing resin coating eliminates lengthy drying processes, reducing manufacturing time for terminal-equipped electric wires.

An adjustable head mount allows a deposition head to tilt or move upward when contacted by a platform assembly.

A coating material combines glass particles that soften at baking temperature with those that do not to form a robust film.

A baking device uses a diffusion element to distribute purge gas evenly over the wafer surface.

A fluorinated polymer powder coating material combines specific monomer units to form films with enhanced blocking resistance and dynamic water repellency.

Applying a shellac-based barrier membrane controls relief dot geometry to improve ink transfer reliability and tonal range.

Moving substrate during plasma discharge deposits dense organosilicon coatings, resolving uneven thickness and low efficiency from stationary deposition.

A specific active energy ray-curable coating composition comprising poly[(meth)acryloyloxyalkyl] isocyanurate and controlled acrylic resin.

A substrate processing method applies a metal oxide solution to a wafer and heats it below the crosslinking temperature before irradiation.

Deforming the mold via a controller reduces overlay errors between shot arrangements, maintaining pattern accuracy across multiple regions.

Water-dispersible polyurethane acrylates balance coating efficiency with grain highlighting by optimizing molar mass and neutralization levels.

Replacing mechanical abrasion with chemical activation, the composition enhances adhesion strength while reducing labor intensity and manufacturing costs.

Controlling dynamic surface tension difference between layers prevents curtain splitting and white spots during high-speed multilayer coating.

An in-situ flash evaporation apparatus forms perovskite films directly on the substrate using a movable cavity cover and vacuum system.

Organic peroxide crosslinking bonds a thin rubber layer to a resin molded body, resolving uniformity issues in extrusion molding.

A wax application system deposits a protective coating on geophysical streamers during deployment.

Temperature segmentation in vapor deposition prevents thermal decomposition while enabling bottom-up trench filling without voids.

Blocked basic catalysts extend pot life at ambient temperature by preventing premature curing, then activate upon moisture exposure to accelerate crosslinking.

Cyclic ether crosslinker and accelerator system enables controlled thermal bonding of polyacrylates at reduced temperatures.

A glass substrate strengthening method uses a melted coating to generate compressive stress.

Thermal initiation of a degassed monomer solution inside the capillary eliminates batch-to-batch coating inconsistencies and improves separation resolution.

Liquid binder solution penetrates wood cavities to resolve opacity and adhesion issues in panel manufacturing.

Real-time sensor translation compensates for emitter intensity variations, preventing under- or over-treatment of irradiated objects.

A coating agent forms a scratch-resistant film on resin glass using a photopolymerizable network.

A laser-heated boride precursor forms a reinforced composite structure that interjoins with the metal substrate.

Side-view imaging through a mirror calculates droplet volume to correct ejection amounts, resolving measurement instability from liquid surface fluctuations.

Ultrasonic vibration embeds osteoconductive particles into polymer surfaces without thermal damage to preserve mechanical properties.

A water-based epoxy primer and polymer dispersion form an elastic micro-network on microporous floors.

A dual-arm transfer mechanism assigns the lower arm to move substrates from temperature regulation to coating modules.

Two-step plasma cleaning and selective oxidation of Cu-Zn alloys eliminates chemical waste while enabling strong polymer adhesion.

A coil-coating gloss management method adjusts wet film temperature before UV curing to maintain target surface finish values.

A corrosion inhibiting composition uses low surface tension to penetrate microcracks in chrome plating.

Hard particles polish surface non-uniformities while lubricant nanoparticles reduce friction, addressing pitting corrosion in mechanical systems.

Lewis base catalyst in pentamethylene diisocyanate coating composition accelerates drying speed while maintaining chemical resistance at 80°C.