Layered Product Treatment TRIZ Cases

See how a single nonwoven material achieves soft arm support and hard technical surfaces throug

See how rolling thin wood veneer with grain perpendicular to curvature reduces material waste i

See how fiber-net thermoplastic substrates with transparent adhering and surface layers create

See how a three-layer spunbond laminate uses polypropylene elastomer filaments in the core to a

See how a silicone/polyurethane hybrid coating layer between skin and topcoat improves abrasion

See how a glass-Si–SiC laminated member uses matched expansion coefficients and infrared-transm

See how heat-treated monofilaments with rounded bumps provide strong hooking force and friction

See how pre-heated substrate contact with controlled-viscosity latex enables single-step thick

See how a melamine-saturated cellulose overlay with polyurethane(meth)acrylate coating provides

See how selective melting of polymer fabric in predetermined patterns creates variable stretch

See how crimped multicomponent filaments and elastomeric polypropylene layers achieve high elas

See how heated substrate contact with controlled-viscosity polymer latex forms thick rubber lay

See how calibrated density zones in one nonwoven material create soft armrest and hard technica

See how a thermoplastic polyurethane formulation achieves X−Y≥15°C melt viscosity range to ensu

See how vortex-tube debundling and gas-phase fiber delivery replace slurry methods to achieve u

See how heat-treated monofilament bumps resolve the contradiction between anti-slip hooking for

See how controlled polymer permeation depth and top-layer thickness balance wear resistance and

See how separating core-layer polymerization from cover-layer bonding enables direct heat trans

See how oriented fiber plies in thermoplastic blanks combined with overmolded guides reduce sea

See how shaped pucks compress barrier films around through bores in vacuum insulated panels to

See how silicone, polyurethane, or acrylic emulsion impregnation maintains fiber arrangement an

See how microwave curing replaces gas ovens for carpet precoat, achieving uniform heating and f

See how fluorinated cyanate ester compounds combined with epoxy resin achieve flame retardancy

See how a flexible multilayer film gas barrier container fits complex three-dimensional shapes

See how fluorinated cyanate ester compounds combined with epoxy resin achieve flame retardancy

See how shaped pucks with protrusions compress barrier film around through bores during evacuat

See how in-situ polymerized coatings replace hazardous RFL and silane promoters to bond aramid

See how shaped pucks compress barrier film around through bores to prevent wrinkles during evac

An emulsion-impregnated carbon fiber fabric stays flexible while holding fiber alignment and preventing fraying during sewing and deformation.

Opposed pucks compress barrier film at shaped VIP openings to prevent creases during evacuation and preserve insulation efficiency.

Injection molding joins oriented-fiber blanks with overmolded guides to cut composite part weight, cost, and processing time while preserving strength.

A layered adhesive cover adds durable sink stopper decoration while resisting water, fading, and residue during removal.

Replacing PVC and SBS films with a PVB-coated fabric laminate improves recyclability, weathering durability, and waterproof strength.

Polymeric emulsion impregnation keeps carbon fiber fabric flexible while holding fiber alignment and improving wear resistance for deformable uses.

Electromagnetic activation of adhesive film bonds honeycomb furniture panels quickly with less heat damage, adhesive use, and emissions.

A low preload and sub-activation preheat let gases escape before full pressing, cutting bubbles and lamination time in photovoltaic modules.

Molded resin on fabric creates lightweight decorative coverings that replace heavy tile layouts and cut installation labor and time.

Opposed pucks compress barrier film around shaped VIP openings during evacuation, preventing wrinkles that weaken sealing and insulation.

A modified polyolefin gas guide layer strengthens bonding to the electrode lead, preventing detachment, electrolyte leakage, and corrosion.

Laser-triggered release tape replaces rigid carriers to transfer ultra-thin discrete components with lower cost and high-throughput precision.

Eutectic MDL bonding with a metal interlayer helps multi-disc electrostatic chucks resist de-chucking, plasma erosion, and bond failure at high temperatures.

Tilt control of the second chuck keeps bonded substrate separation symmetric, reducing stress concentration and cracking.

Sequential circumferential heating leaves unheated regions to absorb thermal expansion, reducing warpage in laminated iron cores.

Sequentially switching circumferential heating zones creates unheated regions that absorb thermal expansion and reduce laminated iron core distortion.

Heating a laminated battery in an inert-gas chamber unseals the laminate without tool contact, avoiding short circuits and electrolyte combustion.

Heating a laminated battery in an inert-gas chamber opens the laminate without tool contact, avoiding short circuits and electrolyte combustion.

Alternating copper layers and perforated molybdenum plates balance heat dissipation with low thermal expansion in semiconductor packages.

Sweeping ultrasonic frequency in water separates battery electrode mixture from the current collector with less damage, less residue, and faster treatment.

Surrounding micro-LED chips with photoresist structures suppresses rollover and rotation during laser transfer, improving alignment and yield.

A silicone rubber intermediary holds the film and spreads pressure evenly in vacuum lamination to prevent wafer bubbles and wrinkles.

Vacuum and controlled pressure laminate film to wafers while minimizing trapped air and wrinkles that degrade semiconductor package quality.

A corrugated thermoplastic film in an elastomer matrix improves tire airtightness and deformability while lowering hysteresis and complexity.

Direct bonding between alicyclic polyamide and acid-modified acrylic layers improves transparency, light resistance, and impact strength.

Process gas injection plus an air curtain stabilizes pressure during substrate bonding, suppressing voids and improving alignment.

An amide-modified polyolefin inner layer improves pouch moldability and helps prevent electrolyte leakage while preserving barrier safety.

A rigid plane and mould template enable vacuum lamination of irregular PV panels with protruding edges while cutting manual assembly and defects.

A stepped resin cover uses laser-patterned coating layers to keep 3D decorative boundaries clear without degrading vehicle radio wave transmission.

Infrared laser heating targets a high-absorptance film to weaken bonded semiconductor substrates, enabling low-stress peeling and substrate reuse.

Ceramic-Teflon paste lamination cuts millimeter-wave signal loss while improving metal-film bonding and substrate flatness.

A layered superstrate uses a smoother second layer to cut contact-surface roughness and improve planarized layer flatness in adaptive planarization.

A light-absorbing, melt, and adhesive layer stack enables precise component release and placement with low damage and no gas generation.

Microbubble-assisted interfacial debonding separates thin-film structures in water or electrolyte, enabling flexible transfer and donor substrate reuse.

A silver-copper active metal layer strengthens ceramic-to-metal bonding while reducing thermal stress, electromigration, and silver cost.

A liquid-crystal retardation layer and 15 μm+ polarizer help suppress reflected-light coloring at irregular display cutouts under heat.

A wavelength-tuned retardation layer and 10-80° axis alignment prevent visibility shifts and reflected-light coloring at irregular cut edges.

Cold-curing adhesive repairs eroded electrostatic chuck bond layers without heat pressing, reducing internal stress and preserving uniform heat dissipation.

Abrasive wire cuts the encapsulant in photovoltaic modules to recover glass, metals, and polymers without heating or toxic gas emissions.

A structural support layer protects selective transfer layers during laser release, enabling precise chiplet transfer with less cracking and post-transfer etching.

Real-time pressure feedback and zoned heating-cooling control lamination film viscosity to curb bleed out and thickness variation.

A higher laser intensity at the semiconductor center and lower edge intensity synchronizes separation and reduces LED layer cracking.

Strong-base cation deposition enables spontaneous bonding of hydrophilic substrates with high adhesion energy, avoiding plasma cost and surface disruption.

Laser-triggered blistering releases discrete components while suction keeps a flexible tape planar, avoiding rigid carrier cost.

A glass paper and glass mat headliner structure improves forming resistance, cuts breaks and wrinkles, and keeps vehicle ceiling panels light.

Energy irradiation weakens self-peeling dicing tape so chips can be lifted without nozzle contact, preserving bonding surface quality.

Vision-guided electrode and separator alignment corrects meandering during stacking, improving positioning accuracy and assembly speed.

Non-conductive adhesive dams around substrate pads improve planarity, prevent pixel shorting, and strengthen detector attachment.

Laser energy targets a debonding layer so AlN temporary carriers can be separated and reused while reducing GaN cracking, bow, and warpage.

A multilayer film bonds polyester fabric at a temperature below the barrier layer melting point, preserving airtightness and reducing delamination.

Non-conductive adhesive dams confine conductive adhesive on readout pads, improving planarity, electrical isolation, and joint strength.

Silane-modified polyolefin encapsulant enables low-temperature PV lamination without cell heat damage while maintaining creep resistance.

A low-damping adhesive layer helps battery packaging laminates resist crushing during heat sealing, maintain seal strength, and reduce mold contamination.

A lithium transfer laminate enables uniform silicon anode pre-lithiation, cutting lithium loss and improving capacity, cycle life, and safety.