Plastic/Resin/Waxes Insulators TRIZ Cases

Extruded fluoropolymer insulation gives rectangular wire smooth, uniform coating adhesion that resists wrinkling and peeling during bending.

A composite aluminum chelate and phenyl silane catalyst enables low-temperature epoxy curing without room-temperature thickening or short pot life.

A tuned PPVE content and melt flow rate let PFA bolts resist high-temperature loosening while remaining moldable at low mold temperatures.

By tuning polyimide composition and inorganic filler content, this case lowers residual stress to keep insulated wire layers strongly bonded.

Peroxide crosslinking tunes silicone elastomer volume resistance for HVDC use without conductive fillers, preserving physical properties.

Controlled crystal lamella thickness and melting point help ETFE wire coatings resist engine oil, cracking, and thermal damage.

A polycarbonate-polyester TPU balances hydrolysis resistance and mechanical strength for recyclable automotive cable sheaths.

Silacyclic CVD precursors and porogens create porous low-k dielectric films that retain mechanical strength and resist carbon depletion.

A fluoropolymer-resin coating cuts pipe insertion friction while preventing bleeding, improving wire smoothness, appearance, and storage stability.

A coextruded stripe and outer layer combine cable identification with friction reduction while maintaining stripe uniformity during manufacture.

A near-solvent-free organopolysiloxane electrode composition improves dielectric adhesion, viscoelasticity, and peeling resistance in high-displacement transducers.

A heat-activated base releaser and photoacid system enables solvent-free organosilicon UV coatings with low outgassing, low viscosity, and good coatability.

Controlled adhesion between polyimide insulation layers helps insulated wire resist heat and bending cracks, improving coil reliability.

Controlled ethylene-polymer properties improve wire insulation extrusion, electrical resistance, mechanical strength, and coating appearance.

A curable blend of unsaturated and telechelic polyolefins improves peroxide crosslinking while preserving mechanical and thermal stability.

Embedded capsules release insulating liquid into treeing channels, slowing discharge damage and extending insulation breakdown time.

Specific anhydride ratios, accelerators, and fillers cut thermal aging weight loss while avoiding higher-risk epoxy curing agents.

Core-shell quantum dots in polyethylene limit carrier migration and suppress space charge, helping HVDC cable insulation stay stable at high temperature.

Silane-functional acyl metallocenes bind within cable insulation to reduce additive loss and extend protection against electrical treeing and degradation.

A carbon-black-free cable jacket composition balances low friction, low shrinkback, UV durability, and clear laser printability.

A triblock (meth)acrylic overcoat forms insulation on conductive films while limiting resistance increase and coating deformation during molding.

A controlled silane-grafting range helps HFFR cable compounds improve burn performance while limiting loss of flexibility and strength.

Using LDPE with PS or styrene block copolymer, this cable insulation avoids degassing while balancing heat resistance, flexibility, and recyclability.

Folded and helically wrapped mica tape with extruded cross-linked polyethylene keeps fire safety wire electrically intact during fire and hose tests.

A dual-layer coating and vacuum extrusion approach improves corona resistance and adhesion while reducing bubbles and wire breakdown.