Carbon Nanotubes TRIZ Cases
- Carbon Fiber Conductive Dispersion for Stable Electrode Slurries
A nitrile copolymer dispersant keeps carbon fibers stably dispersed at high concentration, improving electrode conductivity, output, and cycle life.
- Carbon Nanotube Dispersion Using Dual Polymer Dispersants
Amine and aromatic polymer dispersants keep carbon nanotubes separated, limiting viscosity rise and improving slurry uniformity for battery electrodes.
- Carbon Nanotube Bundle Dispersion for Stable Conductive Battery Films
Bundle-type carbon nanotubes with controlled size ranges keep dispersions stable while preserving conductivity, film thickness, and battery cycle life.
- Oriented Carbon Nanotube-Resin Composite for Higher Breaking Strength
Highly oriented carbon nanotube assembled wires avoid dispersing agents, improving breaking strength while preserving conductivity and shapeability.
- Carbon Nanotube Dispersion Using Hyperdispersants and Shear Mixing
High-shear mixing with surfactants or POSS hyperdispersants debundles carbon nanotubes while limiting damage, viscosity issues, and conductivity loss.
- Carbon Nanotube Dispersion Liquid for Uniform Battery Electrode Mixing
A mediator compound with carboxymethyl cellulose helps separate CNT bundles in water, improving dispersion stability and battery cycle life.
- Positive Electrode Slurry Dispersion for Low-Resistance Battery Storage
Matching dispersant and carbon HSP values improves positive electrode slurry dispersion, lowering battery resistance while limiting gas release.
- Carbon Nanotube Dispersion for Low-Viscosity Battery Slurries
Tuned carbon nanotube surface area, bulk density, and resistance improve dispersibility and conductivity while keeping battery slurries low in viscosity.
- Carbon Nanotube Dispersion Balancing Conductivity and Dispersibility
Tailored CNT crystallinity and dispersant use curb aggregation, enabling conductive, adhesive electrode membranes for lithium-ion batteries.
- Lithium-Sulfur Cathode Composition for CNT Dispersion and Output
A dual-conductive cathode balances fine fibers and CNT secondary particles to improve dispersion, lower resistance, and raise output and capacity.