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.