Adhesive Processes TRIZ Cases

A heat-stable polymerization inhibitor keeps wafer temporary adhesive coatable, void-free, and easy to separate after polishing.

An epoxy-amine coating with elastomeric particles improves lap shear strength and wedge impact peel resistance, including at -40°C.

A silane-modified poly(meth)acrylate composition replaces polyurethane to deliver strong, UV-stable bonding without residual isocyanates or priming.

A silicone composition uses low-temperature rapid curing to bond PC, PET, and PMMA strongly while limiting plastic deformation.

A spiral epoxy tape replaces sewing and spray adhesive to secure composite preforms while limiting resin contamination during moulding.

A functionalized polyolefin solvent blend bonds low-surface-energy non-PVC materials to rigid polymers without primers, improving throughput.

Rheology-controlled ethylene-acrylic acid copolymer preserves initial adhesion over time by tuning viscosity, modulus, and molecular architecture.

Pre-stretching textile adhesive tape before helical wrapping extends usable tape length and enables narrower, easier cable-set sheathing.

A mixed silane-terminated polymer composition keeps fast moisture curing while improving handling and avoiding expensive water scavengers.

Photoactivated redox adhesive printing extends latent time for patterned deposition while enabling bonding on opaque and transparent substrates.

In-line adhesive application followed by active energy ray curing improves ink curability, interlayer adhesion, and laminated film throughput.

A PEKK blend with tuned T/I ratios and boron nitride lowers melting temperature while preserving high crystallinity for faster, lower-energy processing.

Tin-free polyurethane adhesive chemistry balances skin adhesion and device bonding while improving gentleness and antibacterial properties.

Tin-free catalyst control helps a wearable adhesive balance skin and device bonding while reducing gelation, residue, and skin irritation.

A cationic polymer layer replaces thick λ/4 shielding structures to block radio waves across broad frequencies while staying flexible and transparent.

Limiting chloride ions in the PSA layer helps protect Low-E coatings from long-term corrosion while preserving adhesion and clean removal.

A UV-cured adhesive with ionic liquid keeps strong structural bonding, then releases parts under DC voltage for repair, reuse, or recycling.

A polysiloxane-silane putty simplifies step flashing and roof sealing by combining bonding, waterproofing, and flexibility in one material.

An anisotropic conductive adhesive secures micro LEDs and maintains electrical connection under heat and impact, reducing detachment and shorts.

A silane-terminated polyester or polycarbonate composition improves UV and storage stability while avoiding harmful by-products.

Tin-free urethane adhesive chemistry balances skin adhesion and device bonding while reducing gelation risk and skin load.

Tin-free polyurethane adhesive balances bonding to skin and devices while enabling gentle removal and adding antibacterial performance.

A layered appliqué transfers detailed graphics directly to walls or floors with low thickness, strong adhesion, and less material waste.