Lamination TRIZ Cases

See how inverting polyurethane layer placement and eliminating halogenated substances improves

See how a multi-layer carpet tile with extruded polymer backing and polyester cushion wicks moi

See how triggerable cationic binders bond wet-laid tissue plies to deliver in-use strength abov

See how a fiber-base structure with controlled warp density and weft shrinkage enables direct b

See how a carpet tile with extruded polymer backing, embedded scrim cushion, and pre-coat layer

See how air-laid pads from light elutriation streams and adhesive fillers from heavy streams el

See how reactive foam stabilizer in PU backing prevents foam collapse, improves tuft bind stren

See how a salt-sensitive triggerable binder bonds tissue plies to maintain in-use strength yet

See how selective weaving density and local gluing reduce pulling rib weight and cost while mai

See how bio-based polyethylene and EPDM composites with electron beam crosslinking replace PVC

See how a metallic-coated film integrated during plastic molding reduces metal usage and coatin

See how woven loop portions physically secure bacterial cellulose layers without chemical binde

See how a microfiber web with polyurethane coating on one side only, plus aromatic dicarboxylic

See how foamed PVC material self-adheres directly to flooring backs, eliminating separate adhes

See how loop portions mechanically secure bacterial biopolymer layers without chemical binders,

See how controlled adhesive cobwebbing prevents pile penetration in laminated textiles while ma

See how a soft-roller method activates pressure-sensitive adhesive to bond touch films to curve

See how a solvent-free layered process with controlled isocyanate index and top coat achieves f

See how a bacterial biopolymer layer enables selective dye removal to create unique multi-shade

See how an annular air chamber with crenellated opening cools the sonotrode externally while a

See how an ultra-thin metal sheet bonded to a corrugated bearing member reduces material cost a

See how a thermoplastic nonwoven web stabilizes high-modulus fabrics during molding, preventing

See how a pressure-sensitive adhesive layer prevents container displacement in outdoor settings

See how homogeneous extruded polyolefin foam eliminates density variations to meet GMAX and HIC

A fiber-reinforced backing stabilizes tufted floor coverings, prevents curling and seam buckling, and uses hot-water-soluble adhesive for recycling.

A solvent-free polyurethane coating process uses controlled isocyanate index to improve top-coat bonding, gloss, and flexing endurance.

Adhesive-bonded thin metal sheets and a bearing member create a compact display shelf that resists heavy loads and shear stress.

Mechanical membrane protuberances replace heat sealing to keep messy-product containers compact, rigid, and easy to peel clean.

Polypropylene glycol froth aids create fast, reproducible froth that collapses during drying to improve secondary backing adhesion and prevent voids.

A C-channel metal frame with mesh and resin binder keeps decorative stone tabletops flat and securely bonded through temperature changes.

A universal fiber-reinforced backing improves carpet stability, simplifies installation, and enables hot-water recycling of floor covering layers.

Openings in a pre-cured covering layer let air and moisture escape during bonding, improving coating durability and reducing solvent hazards.

A fiber-reinforced adhesive backing stabilizes tufted floor coverings, limits curling and cupping, and separates in hot water for recycling.

An aqueous thermoplastic particle coating bonds carpet or turf backings with less adhesive, preserving properties while enabling recyclability.

Gas-protected fusion welding joins composite laminations without damaging the polymer damping layer, reducing noise and preserving motor efficiency.

Controlled FeCo alloy composition and annealing preserve sheet planarity while raising permeability and induction at lower cobalt cost.

Microfiber dry adhesive holds substrates at elevated temperatures, then debonds cleanly without residue, solvents, or chemical etching.

A layered wood, mesh, and elastic structure gives vehicle crash pads a real wood look with added softness, cushioning, and wrap quality.

Ion etching and surface activation form stepped bonding edges that reduce transfer defects and improve semiconductor layer quality.

A transparent carrier and light-absorbing layer enable UV adhesive bonding and flashlamp wafer release without damaging fragile wafers.

Masked surface activation under continuous vacuum bonds only the central wafer area, producing cleaner transfer edges and fewer defects.

Adhesive is applied and partially cured after uncoiling, then fully cured after stacking to cut waste and preserve sheet metal roll shelf-life.

Directly pre-cracking adhesive-backed alloy strips before lamination cuts surface roughness and stabilizes magnetic permeability in magnetic sheets.

Moisture-curing adhesive bonds the gas diffusion layer to the resin film while limiting spread into electrode and seal areas.

Pre-rotating the press roller on the work surface lets adhesive sheets advance smoothly and prevents wrinkles and bubbles during pasting.

Laminated copper tape with a carbon nanotube layer cuts busbar resistance, mitigates skin effect, and raises ampacity in traction motors.

Surface recesses let laminated alloy ribbons keep a thin adhesive layer overall while boosting local bonding strength and space factor.

Partial heating in the press bonds laminated iron cores in place, removing transfer steps and reducing adhesion problems at the cylinder.

Varying adhesion area by magnetic flux direction cuts iron loss in stacked motor cores while preserving sheet holding force.

Increasing flow resistance across stacked nonwoven layers improves 400-1250 Hz sound absorption without adding thickness for automotive and room acoustics.

A cold-bent glass panel uses adhesive-filled frame openings to prevent delamination while avoiding thermal distortion, marking, and high forming cost.

Inflatable bladders create multiple internal cavities for staged foam layers, improving material placement while reducing forming cycles and weight.

Cold bending with adhesive-filled frame openings forms curved interior glass without thermal distortion, surface marking, or delamination.

Edge support and localized compression flatten film on uneven wafer surfaces, helping prevent vacuum leakage during affixing.

A dried activator on adhesive-coated sheet metal enables fast lamination stacking without welding damage, short-circuits, or long cooling.

Combining X-Y laser scanning with small overlapping spots maintains LED wafer lift-off throughput while limiting heat buildup and damage.

Compressed and heated protective film fills wafer surface steps to prevent dents, vacuum errors, and cracking during back grinding.

A heated liquid-filled pressure vessel bakes electrical steel laminations under uniform pressure, handling complex shapes without shrinkage-related force loss.

A thin metal outer panel bonded to a rigid resin member with room-temperature adhesive boosts stiffness while avoiding surface strain.

A reticulated foam drainage layer keeps insulation effective in humid conditions while a smooth outer protection prevents surface abrasion.

Pressed natural-thermoplastic fiber mats create soft and rigid panel zones, eliminating foam layers while preserving structure and trim appeal.

A gap-controlled applicator roll deposits thin liquid encapsulant around electronic components to avoid damage, voids, and extra vacuum steps.

Dense submicron alumina protrusions on aluminum improve resin anchoring and resist acid and hydrofluoric attack at the joined interface.

A support member compresses the film edge so wafer step portions do not distort the surface or cause vacuum leakage.

Selective heating activates only inward adhesive layers on electrical sheets, preserving high-temperature bond strength and clean downstream punching.

Localized adhesive in axial recesses fixes stacked stator cores without frame interference, reducing losses and improving assembly accuracy.

Segmented heating cures adhesive at low temperature in-die, then post-heats after ejection to prevent burning and ease laminated core separation.

A curing-accelerator coating on electrical steel sheets preserves punching workability while speeding adhesive bonding in stacked cores.

Atmospheric pressure in a recessed jig presses a glass bonding stack evenly, reducing local force concentration and improving adhesion reliability.

A periphery retainer and release-tape transfer apply protective tape to bump wafers without residual stress, warping, or bump damage.

Magnetized mandrel bars and alignment tabs hold motor sheet sectors in place, improving bore geometry while reducing separation and waste.

Separate polymer domains keep quantum dots in a compatible matrix while blocking oxygen, preserving quantum yield and color stability in LEDs.

A polymer-metal fusion layer bonds electrical steel sheets without welding, improving adhesion, magnetic properties, heat resistance, and oil resistance.

Hot pressing with edge grippers and cooling strengthens MEA layer bonding while preventing shrinkage, serpentine distortion, and gasket wrinkles.

An inorganic capping layer protects cadmium-free quantum dot polymer patterns during heat processing, preserving LCD brightness and photoconversion efficiency.

An integrated composite roof panel uses a sound-absorbing core and woven metal filaments to cut weight, reduce noise, and improve dark visibility.

Warm-air-heated conductive elements inside tool blocks spread heat evenly through composite cell arrays, improving adhesive cure uniformity and yield.