Thin Material Handling TRIZ Cases

A silane-based adhesive forms a monomolecular layer on treated substrates to bond silicone rubber.

A chemically tempered glass composition maintains high surface compressive stress and layer thickness to resist breakage from indentations.

An automatically controlled system adjusts ultrasonic knife feed rate using real-time power feedback signals to optimize cutting efficiency.

Flattened reinforcing fibers enhance mechanical strength and heat resistance in thermoplastic resin moldings.

A coupling seal uses guide grooves and rails to pivot closing flaps for secure engagement.

A copolyester composition enables extrusion blow molding of transparent articles with good impact strength.

A unimodal polyethylene film with controlled molecular weight distribution reduces moisture vapor transmission.

Composite steel wire cables transmit torque without excessive tension, reducing weight and complexity of heavy-duty bearings.

Fluorine-initiated oxidation modifies plastic surfaces using a controlled gas mixture to increase surface tension and form carboxyl groups.

Crosslinked polyphenylene ether resins lower dielectric constants while maintaining high glass transition temperatures for signal integrity.

Optimized 16-35 micron coated microspheroids prevent rupture during sanding, resolving paint pop defects in class A automotive components.

A vehicle tank baffle valve uses buoyancy to open independently of pressure differences between compartments.

Segmented silane layers reduce production costs by enhancing anti-fouling durability without increasing topcoat thickness.

Modified phyllosilicate nanosheets reinforce polylactic acid to boost mechanical strength and thermal resistance.

Crosslinkable silane-containing polyolefin compositions incorporate antioxidant and stabilizer masterbatches to resist chlorine degradation.

A one-component epoxy coating composition uses a ketimine curing agent to deliver high solids content and storage stability.

Peening creates residual compressive stress in titanium alloys, enabling durable plating adhesion without relieving fatigue resistance.

Controlled silver ion diffusion creates an antibacterial layer while maintaining high visible transmittance.

Alkaline pre-treatment of basalt composition creates a chemically neutral melt with reduced surface defects for stable continuous fibre drawing.

Segmented return lines feed recycled compressed air into specific compressor stages to optimize gas usage.

Open-cell foam receives a fluorocarbon or silicone resin impregnation to meet fire class A2 standards while preventing water and oil absorption.

Segmented molecular weight fractions in heterophasic polypropylene resolve the trade-off between high flowability and impact performance.

Segmented insoluble and swellable particles resolve the contradiction between toughness and hot wet performance in epoxy composite structures.

Segmented non-adhesive forms create air egress channels, preventing trapped air bubbles and enabling repositioning without compromising bonding strength.

Surface protrusions on tacky polymers decrease adhesive force below gravity, preventing cluster formation during assembly.

A UV curable coating composition uses epoxy and acrylate monomers to form a crosslinked network on optical elements.

Ethylene/alpha-olefin interpolymer composition with controlled molecular weight and long-chain branching enhances melt elasticity for foam expansion.

A co-nested cavity mold design processes thermoplastic composites through sequential heating and pressing stages to achieve high fiber loading.

A beta-type SiAlON phosphor with controlled particle size and low absorptance produces stable green light emission.

A high-entropy alloy foam forms through selective dissolution of an immiscible second phase within a two-phase separating alloy.

Fluidizing composite resin particles with controlled gas temperature reduces raw material odor without premature particle bonding.

A dual-roller winding mechanism coordinates opposing rotation to maintain layer alignment in multilayer flexible structures.

Copolymer integrates sulfone and ketone groups to resolve environmental stress cracking in aromatic polymer blends.

Silicon particles deposit as silica to seal openings in ceramic matrix composite turbine coatings, restoring pressure differentials without shutdown.

TiO2-based glass-ceramic microspheres achieve refractive indices above 2.3 and sizes up to 200 micrometers via combustion flame fusion.

Blending poly(siloxane-carbonate) with brominated polycarbonate reduces smoke density and heat release while preserving transparency.

Controlled microcracking in cordierite honeycomb substrates maintains high thermal shock resistance.

An air permeable interposing layer couples mold and design layer ventilating throughholes to maintain gas flow paths.

Hybrid soda-lime silicate glass balances low production cost with aluminosilicate-level strength via specific molar ratios and deep compressive stress layers.

Ion exchange strengthens black glass without thermal tempering, resolving flatness distortion and eliminating arsenous acid refining agents.

A monoalkyltin stabilizer combined with a polyol co-stabilizer enhances heat stability in chlorine-containing polymers.

Rare earth zirconate fills refractory pores to suppress slag penetration and extend service life in coal gasifiers.

A ceramic matrix composite integrates a rigidization barrier layer between infiltration zones to prevent silicon attack during melt processing.

Segmented grafting and moisture curing improve silane monomer efficiency and cross-link uniformity in polyethylene.

Anodic oxidation creates thermal barriers on pre-made pipes, eliminating sand core inaccuracies and reducing casing mass during casting.

A thermoplastic resin composition with specific graft copolymers and antistatic agents reduces surface adhesion.

Glycerin-modified amino-formaldehyde resins reduce formaldehyde emissions while maintaining mechanical strength through optimized molar ratios.

Roughened aluminosilicate glass reduces glare and sparkle by controlling surface feature size relative to pixel pitch.