Non-Macromolecular Adhesive Additives TRIZ Cases

Crushed lignin dissolves rapidly in aqueous solvent and polymerizes with phenols to replace synthetic resin in high-pressure laminates.

Controlled peel strength prevents film fracture during removal, resolving adhesion trade-offs in semiconductor packaging.

Removing organic solvents eliminates void formation during heating, ensuring flat coating films with excellent chemical resistance.

Polymer-type surfactant in acrylic adhesive suppresses electrostatic build-up while preventing antistatic agent bleeding that stains optical components.

Single fluorosilane precursor deposition eliminates expensive dual-frequency equipment needs while delivering stable, water-resistant low k films.

Crystalline spherical silica fillers in a polymer matrix enable optical transparency for precise device alignment.

A thermo-switchable adhesive material uses a PNIPAm hydrogel and nanoclay network to enable reversible adhesion control.

Urethane and melamine binders prevent detachment during humidification-drying cycles, resolving coating stability issues.

An acrylic adhesive sheet delivers strong adhesion and high elastic modulus without a primer layer.

A pressure-sensitive adhesive sheet uses an acrylic polymer base combined with a dedicated rust inhibitor to secure metal components.

Segmenting the formulation with vinyl aromatic compounds prevents premature polymerization, extending shelf life while maintaining fast room temperature curing.

A wavelength conversion device uses a thin reflective layer with auxiliary particles to enhance light utilization efficiency.

HALS with basicity-reducing substituents and thioether antioxidants prevent exudation in sealants.

Specific SiO2-Al2O3-CaO adhesive prevents fiber dissolution and maintains adhesion integrity above 1100°C.

A polyester-based pressure-sensitive adhesive layer with a controlled gel fraction enables thick coating without organic solvents.

A mineral wool sizing composition uses saccharides and polycarboxylic acids to form a crosslinked binder.

Incorporating ionic salts into isocyanate-functional polyurethane polymers enables selective debonding without harsh thermal processes that damage substrates.

Diene-based adhesive with polar groups bonds film and rubber while preventing low-temperature cracks.

A two-part curable adhesive composition uses a composite curing agent to control reaction kinetics and enhance mechanical performance.

A foam fabric combines recycled particles with foaming agents to create a textured, antibacterial material.

A one-component adhesive composition uses non-polymerizable electrolytes to enable debonding via applied voltage.

Amine-initiated polyol and phosphate ester polyol react with isocyanate to form solventless adhesive bonds, resolving slow curing speed and short pot life.

Propylene-co-hexene-1 copolymers replace conventional tackifiers to resolve thermal sensitivity and chemical resistance deterioration in hot melt adhesives.

High modulus acrylic adhesive with antistatic agent prevents light leakage under humidity while keeping surface voltage below 1.0 kV.

Heat exposure deactivates a shape memory adhesive, separating apparel components for recycling without damaging materials.

Crystallized Fe-B-Cu-C alloy particles enable selective induction sintering of conductive pastes at low frequencies.

Co-extrusion gelatinizes starch and denatures proteins in high fiber by-products, preventing swelling that deteriorates viscosity stability and adhesiveness.

Metal hydroxides decompose endothermically within phenolic resin adhesives, suppressing flame propagation while eliminating catalyst requirements.

A fibrous adhesive layer bonds lithium battery electrodes to separators using ceramic particles and polymers.

Asphalt shingle sealant incorporates fire-retardant materials like Borax to meet ASTM E108 standards while maintaining reliable adhesion in cold temperatures.

A pressure-sensitive adhesive composition uses a thermal polymerization initiator to achieve high initial adhesion and low post-heating force.

A photocurable adhesive composition maintains optical clarity and bending resistance in vehicle displays.

A polyether polymer adhesive containing silver particles achieves high electrical conductivity and flexibility.

Polymer foam matrix encapsulates silica aerogel particles to eliminate dust emission during handling while maintaining thermal insulation performance.

Polyorganosiloxane forms chelates with metal salts to lower surface resistance, preventing static electricity generation during polarizing plate peeling.

Covalent coumarin modification embeds fluorescence in epoxy adhesives, resolving the trade-off between detectability and mechanical strength.

Solvent-free adhesive sheet prevents vertical running and surface damage while restoring crosslinked rubber aging resistance.

A chain co-modified organopolysiloxane provides pressure-sensitive adhesion with dual heat and photo-curability mechanisms.

UV-curable epoxy adhesive eliminates moisture sensitivity in high humidity environments, preventing surface blocking and improving manufacturing yield.

A pressure sensitive adhesive combines acryl and urethane segments to balance low-temperature adhesion with high-temperature retaining force.

A photo-curable adhesive composition combining monofunctional and polyfunctional urethane acrylate oligomers to control viscosity.

Non-reactive plasticizers in organosilane adhesives resolve the trade-off between high tensile shear strength and low elasticity.

Carbon fiber reinforced joint compound eliminates the need for tape, reducing labor intensity while maintaining joint strength and flexibility.

Anhydride bonding agents modify soy proteins to extend pot life while maintaining bond strength for eco-friendly industrial applications.

An adhesive composition with ethylene carbonate monomers and ionic compounds suppresses optical unevenness without crosslinkers.

Acrylates copolymer adhesive composition resolves adhesion strength versus flexibility trade-off by enabling easy warm water removal.

High thixotropic curable silicone composition prevents flow issues in optical semiconductors by maintaining shape before curing.

Epoxy acrylic adhesive composition with high molecular weight resin creates foamed sheets that improve blocking resistance and crack strength.

Urethane resin with lithium-immobilized smectite forms crosslinks to boost gas barrier performance, solving dispersibility and flexibility trade-offs.