Weighing approximately 1.0 g/cc, with an average sheet resistance of 177 mOhm/square and a Complex Impedance ~0, DCN material ideal for air, ground, and space-based applications such as antenna reflectors and drones where weight is a premium. ​

Unlike traditional carbon nanotube materials, DCN film contains no polymers, making it compatible in operating temperatures from -200°C to +350°C

Our patented manufacturing process dramatically enhances the Pi-Pi stacking between the carbon nanotubes. The much increased nanotube-nanotube attraction combined with the carbon-carbon bonds (sigma and pi bonds) of the nanotubes creates a workable sheet material with novel properties for designing reflectors used in ground, air and space and drone applications.

​

Intellectual property has been secured on the base material and process for making DCN film, several patent applications are being applied for to secure derivative intellectual property.

​

We build from commercially available Miralon® sheets to create Densified Carbon Nanotube film.

​

Our DCN film at 15 g/m^2 from 2 - 110 GHz has the same performance as a ¼” plate of aluminum weighing 17,000 grams. DCN is an ideal reflector for a variety of applications.

​​