Non-Macromolecular Adhesive Additives TRIZ Cases

Carbon black and silica are balanced across belt layers to suppress peeling, pulley abrasion, and bending fatigue under high loads.

A two-part cycloaliphatic epoxy adhesive balances fast cure with high bond strength, low shrinkage, and reduced water absorption in anchoring.

A phosphonate-blended elastomer tie layer improves adhesion between composite cores and elastomer sheaths while adding halogen-free fire resistance.

Functionalized ethylene-based adhesive chemistry improves bonding between polyester fabric and elastomer layers, maintaining peel strength after compression.

Ultrafine metal particles and a thermally decomposable binder enable dense die-attach sintering with lower pressure and stronger chip bonding.

A flowable polyolefin adhesive and PE or PP coating protect metal pipes from corrosion while avoiding epoxy heat and explosion hazards.

Synthetic mica and cetyl alcohol keep anaerobic thread sealant paste single-phase, preserving viscosity and predictable curing across temperature swings.

A tuned 67-80 µm nylon 11 powder patch improves flow, adhesion, and reusable prevailing torque on sub-miniature metal fasteners.

A self-adhesive silicone rubber wrap fixes RF tags at precise tool positions while improving waterproofness, weather resistance, and long-term hold.

A viscoelastic adhesive core and passivating layer let aluminum laminates deliver better NVH and sound loss without added damping treatments.

Heat-fused HDPE liners and silica glass particle epoxy create corrosion-free FRP pipe joints with stronger bonds and lower hydrogen leakage.

Dynamic transesterification in ATSP coatings enables strong reversible joints that debond cohesively without delamination across extreme temperatures.

Balanced carbon black and silica layers improve belt-to-core adhesion, suppress cracking, and reduce belt and pulley abrasion under high load.