Liquid Organic Insulators TRIZ Cases

Distributed node teams self-heal and adapt to deliver affordable HPC with lower operating cost, stronger security, and high survivability.

An insulated cooling medium and high-conductivity layer remove the ceramic heat barrier, cutting thermal resistance in power modules.

A C17-C18 isoparaffin-rich renewable fluid achieves low conductivity, good fluidity, and heat transfer for electrotechnical cooling and insulation.

A multi-additive lubricant balances corrosion protection, insulation, and wear reduction to prevent rust, leakage, and short circuits.

Mechanical stress lets this yarn regenerate and control surface electrical potential, helping filters sustain dust collection efficiency over time.

Fluorinated aromatics enable non-flammable, high-boiling heat-transfer fluids with low dielectric constant and lower global warming potential.

Low-viscosity PAO dielectric oil improves immersion cooling heat transfer while maintaining electrical insulation and reducing data center energy use.

A propylene-rich semiconductor layer with acetylene black reduces interface protrusions while preserving high-temperature cable performance.

Controlled fluoropolymer composition balances transparency, injection moldability, heat-load resistance, and low chemical permeation for piping.

Branched monoester dielectric fluids improve heat dissipation, low-temperature flow, and biodegradability for cooling electrical equipment.

A tailored TFE-PPVE copolymer balances melt processability, rigidity, and low chemical permeability for microtubes under high-temperature centrifugation.

Precise PPVE content, melt flow, and low functional groups help fluoropolymer housings resist wear, creep, cracking, and solvents at heat.

Polymer particles added to insulation oil curb thermal expansion while preserving dielectric strength and avoiding costly bellows in high-voltage equipment.

An oil-based coolant enables direct-contact electronics cooling while balancing heat removal, insulation, viscosity, and corrosion resistance.

A mineral-oil coolant balances heat transfer, low conductivity, and chemical stability for direct-contact cooling of electronic products.

Insulating battery bus, signal, and output conductors helps stop overlap during thermal runaway and prevent high-voltage ignition.

Helically wound dielectric tape with high-temperature liquid insulation enables flexible high-voltage cable routing near gas turbine combustors.

A urethane-phenoxy dielectric layer blocks moisture, protects silver conductors, and prevents polycarbonate cracking during thermoforming.

Specific aromatic additives lower dielectric liquid viscosity by up to 50% at -40°C, resolving cold-start flow issues while maintaining safety.

Controlled ester branching achieves low pour points and high fire resistance without additives, removing complexity from transformer dielectric systems.

A semiconductive cable layer uses a homophasic propylene copolymer matrix to disperse conductive fillers for improved surface morphology.

A dielectric fluid combines hindered phenolic and diphenyl amine antioxidants to maintain thermal stability in electrical components.

Segmented cable jackets with microcapillaries allow easy peeling for maintenance while maintaining tensile strength.

Additive with lower excitation energy reduces LI streamer speed in ester-based dielectric fluids.

Blending Fischer-Tropsch gas oil with light base oil tailors viscosity and pour point while maintaining high flash point.

A capacitor oil mixture prevents crystallization at -50°C through freezing point depression.

Modified RBD process purifies vegetable oil to resolve oxidation stability versus biodegradability trade-offs.

Functionalized methyl-12-carboxy methyl stearate cools electrical apparatus through optimized convection.

Synthetic silicate absorbents control power factor and neutralization number in natural ester oil across 25°C to 70°C temperatures.

Hydroprocessing synthetic crude oil to reduce resid content before steam cracking in a pyrolysis furnace.

Algae oil dielectric fluid replaces toxic PCB compounds by leveraging natural antioxidants to boost oxidation stability and dielectric strength.

Esterified high erucic acid oils replace mineral fluids to eliminate environmental hazards while maintaining dielectric strength.

Replacing mineral oil with biodegradable ester liquid eliminates leakage risks and raises temperature tolerance for high voltage applications.

Isoparaffin dielectric liquid reduces viscosity at high pressure, enabling natural convection cooling for compact subsea power systems.

Solvent deasphalting separates asphalt from heavy oil before thermal cracking, reducing coke production and improving API gravity.

High oleic acid vegetable oils resist oxidation and maintain low pour points, reducing environmental impact.

Blends hydrotreated naphthenic and paraffinic oils to create uninhibited insulating fluid meeting IEC 60296 standards without synthetic inhibitors.

A dielectric fluid blends high oleic vegetable oils with grape seed, sesame, and rice bran oils to maintain electrical properties.