Graphene nanotubes can be used in almost all types of coatings due to their high conductivity, strength and low working concentration.
OCSiAl is a supplier of high-purity graphene nanotubes. By replacing standard conductive carbon additives with 0.5% graphene nanotubes (its working concentration is about 25% of the total compound weight), it can increase the productivity and efficiency of its conductive heating coatings. performance. The paint is applied to the wall or panel through an ultra-thin coating. The copper electrode provides a current of 12-24 volts, which is reportedly sufficient to heat the paint to 40°C, but it can still safely come into contact with the human body. Then cover the surface with standard paint.
Vladimir Kravchenko, Vice President and Head of Support for Development of OCSiAl Thermoplastics, Thermosets and Building Materials, said: "Compared with carbon black, graphite or metal parts, nanotubes can achieve a more uniform coating consistency without affecting their practical properties. The key for manufacturers is to be able to speed up production and reduce costs, while improving the performance of the final product."
It is said that graphene nanotube coating and varnish solutions for residential heating have passed the development stage and entered the market through environmentally friendly heating plates and conductive coatings.
Graphene nanotubes can be used in almost all types of coatings - including powder coatings, heating films, automotive primers, epoxy and polyurethane coatings, linings and various gel coatings - due to their high conductivity, strength and Low working concentration, only 0.02% from the beginning of many applications.
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