SP Nano has developed a cutting edge dispersion technology for Carbon nanoparticles (e.g., CNT, graphene, CB) providing excellent dispersions. The truly dispersed nanoparticles are being used for (but not limited to): 1. Coating surfaces (e.g., fibers and particles) 2. Dispersion in matrices (e.g., resins and polymers) 3. Formulation in a liquid (e.g., coolants and inks) The unequalled dispersion technology unleash the huge potential of carbon nanoparticles in applications that require excellent properties, such as thermal and electrical conductance, wear resistance and mechanical properties e.g., thermal interface materials, coolants, batteries, supercapacitors, electrically conductive textiles, conductive inks, cosmetics, tissue engineering, coatings, adhesives, composites, paints, smart textiles, etc.
Construction, Prothesis, Water treatments, Transport, Renewable energy, Medical device, Optics and electronics, Industrial Components, Packaging
Optics, Prosthesis, Nano-enabled water membranes, Nano-formulated paints application, Functional films (packaging and electronics), Nano-enabled flexible glass, plastic and metal (including flexible electronics, Photovoltaics, heat exchangers and electrochromic envelopes), Nano-enabled surfaces for energy storage, Nano-enabled elements for blades and composites, Micro-electronics
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dispersion Carbon nanoparticles carbon nanotubes CNT MWCNT SWCNT ULCNT graphene CNF GNF carbon black CB Textile fiber fibre filler pristine water NMP DMSO DMF Ethylene glycol Glycerol coating resin polymer thermal conductivity electrical conductivity wear resistance mechanical properties elastic tensile modulus compression heat dissipation thermal interface material TIM coolant batteries supercapacitor conductive textile conductive ink cosmetics tissue engineering coatings adhesives composites paints smart textiles surfactant dispersant