Plastic/Resin/Waxes Insulators TRIZ Cases

A highly crosslinked low-VOC polymer layer isolates metal nanowires from optical clear adhesive to prevent corrosion and electromigration.

AES wool dielectric keeps a corrugated coaxial cable centered and insulated at 1010°C, preserving signal integrity during fire exposure.

Fluorinated curing agents enable crosslinked fluoropolymer layers that cut dielectric loss while preserving processability and mechanical strength.

Thermal treatment of biaxially oriented polypropylene film raises permittivity and breakdown strength for capacitors operating at higher temperatures.

Temporary thermoplastic bonding joins shaved polyimide fibers into lightweight paper that improves heat insulation without thick, costly films.

A dual-antioxidant cyclic olefin copolymer insulator suppresses high-temperature oxidation to keep dielectric constant and loss tangent stable.

Soluble amorphous fluoropolymer coatings bond to copper at lower temperatures while preserving low dielectric constant and loss.

A nitrile-modified thermoplastic cable insulation layer raises operating temperature while improving dielectric strength and recyclability.

Ester oil and thermally upgraded paper help condenser bushings withstand higher temperatures, slow insulation aging, and cut environmental impact.

A nucleated polypropylene copolymer enables recyclable medium- and high-voltage cable insulation with flexibility and strong breakdown resistance.

Upset butt welding with high-space-factor conductor ends and a zinc barrier improves copper-aluminum cable joint reliability while limiting oxidation.

A conductor-dielectric fishing line sends real-time video and electrical power underwater with better durability than optical fiber.

A sealed spray enclosure applies lubricant as wire is manufactured, cutting pulling force while containing mist and enabling excess lubricant reuse.

Unsaturated fluorinated ether units help fluoropolymer coatings bond to copper at lower temperatures while keeping low dielectric loss.

A polymer blend with controlled I21/I2 and Mw/Mn improves cable jacket extrusion surface roughness while preserving mechanical properties.

Conductive fibers embedded in flexible fabric generate AC electric fields to repel dust on spacesuits and other irregular soft surfaces.

A multilayer insulating film with controlled elastic modulus and acid-modified polyolefin helps battery lead wires resist peeling and leakage at high temperatures.

A mixed amorphous-crystalline fluoropolymer bonds to copper at lower temperatures while preserving low dielectric loss for telecom articles.

Hollow fillers and metal oxides lower dielectric constant and improve heat reflection in silicone insulation for fire-resistant communication cables.

A supported molybdate or stannate with hydrated fillers cuts PVC cable smoke and toxicity while preserving flame-retardant performance.

A hybrid coaxial-waveguide combiner shifts RF power from an overheating center conductor into a ridged waveguide for better heat dissipation.

A low-viscosity siloxane blend balances UV curability and elongation, enabling flexible insulating layers for touch panels and displays.

A multimodal olefin copolymer jacket balances low cable shrinkage with at least 2000-hour ESCR while preserving processability and strength.

A polyethylene glycol and antioxidant blend helps cable insulation resist scorch, additive migration, and wet-aging breakdown.

A silane primer between the polymer substrate and deposited coating reduces interface damage and raises dielectric breakdown strength in power capacitors.

A saturated polyester-epoxy insulating film cuts dielectric loss and thermal expansion while maintaining adhesion in multilayer PCBs.

A tuned filler-to-catalyst ratio lets Brønsted acid cured ethylene-silane compounds crosslink faster while retaining flame retardant or carbon black fillers.

Encapsulated initiators in coil insulation enable single-step resin casting with low-viscosity impregnation and void-free curing for transformers.

A dual peroxide-silane crosslinking route limits scorch during melt mixing while delivering high gel content and heat-resistant polyolefin performance.

A sea-island polyolefin resin with polar-group domains and antioxidant suppresses space charge and DC breakdown in power cable insulation.

A shared outer sheath combines brake and ABS cables to save wiring space, simplify vehicle routing, and preserve separation during installation.

A tailored polypropylene copolymer balances flexibility, mechanical strength, and electrical breakdown for recyclable medium- and high-voltage cable insulation.

Specific diamine units and flame retardants help polyamide retain electrical resistance and heat resistance around 130°C.

Pre-gelled boehmite alumina improves filler dispersion, thermal management, and ozone suppression in resin insulation under partial discharge.

Barrier layers block chemical diffusion from water blocking materials into HVDC cable insulation, lowering DC conductivity and dielectric losses.

A layered inorganic fabric and nonwoven barrier uses modified inorganic adhesive to contain battery thermal runaway while staying flexible.