Dispersion Systems With Multi-walled Carbon Nanotubes In A Polymer Binder

Structure and properties of initial and functionalized multi-walled carbon nanotubes were investigated by physicochemical analysis methods. Effect of the type and size of nanocarbon particles, their percentage, time ultrasonic dispersion on the stability of dispersed carbon systems nanotubes with acrylic monomers were studied. For dispersion into a material matrix the most promising in technological properties are carbon nanotubes functionalized by grafting on the surface of polar carboxyl groups and forming a stable dispersed system with acrylic monomers.