Electrical and Electronics
Nanotechnology not only brings benefits in the field of photovoltaics. With the incorporation of CNT's (carbon nanotubes) polymers can be made electrically conductive such as for explosion protection, static dissipative packaging, but also conductive epoxy compounds. This opens up new and enhanced constructive possibilities in the electronics and electrical industry.
Electrically Conductive Resins
Resins can be made electrical conductive by addition of CNT's (carbon nanotubes). The processing will not affect.
<Electrical Conductive Resins>
<Electrical Conductive Resins>
Electrically Conductive Polymers
Polymers can be made electrical conductive by dispersing of CNT's (carbon Nanotubes) into the base material. Possible applications are in the explosion protection and in the static discharge of packaging material
<Electrical Conductive Polymers>
<Electrical Conductive Polymers>
