Nanotube Wires for Electrical Transmission

We hold the know-how and patents to manufacture electrical wires from carbon nanotubes. Nanotube wires outperform their metal equivalents as they are 83% lighter, conduct efficiently at temperatures up to 300 degrees, and carry 1000 times the current vs Copper. Metal wires, in comparison, become increasingly inefficient as their resistance increases when they heat up, and with global temperatures rising, large portions of the electrical grid are vulnerable.

If we continue to use metal wires as the primary material for grid-scale electrical transmission, then the world will have a severe energy crisis; we have already seen large-scale grid failures, such as in June 2023 in Mexico and Texas when temperatures rose, and demands on the grid from air conditioning increased, this caused high levels of energy loss through transmission, leading to deaths due to heat exertion without access to electricity.

We are actively seeking commercial partners to realise the application of our patented nanotube wire technology. If you would like to know more, then please get in touch hello@trimtabs.co.

 

Nanotubes out perform metals when transmitting electricity

As metal deposits fail to meet global demand and climate change impacts the electrical grids, nanotube wires can solve the next big challenge facing humanity: sustainable energy transmission. 

TrimTabs has published multiple papers and holds patents for electrical wires in a range of fields from microelectronics to high volume electric transmission.

We have proven that nanotube wires are cable of both large scale transmission and micro electronics.