An ink jet deposition technique utilises an ink formulation containing nano-sized material.

Methods are provided for precisely depositing layers of thermally-conductive material using ink jet deposition.

Composition of carbon nanotubes (CNTs) are produced into inks that are dispensable via ink jet deposition processes.

The depositing can be via inkjet printing.

An ink jet deposition technique utilises an ink formulation containing nano-sized material.

The deposition of the carbon nanotube mixture may be performed using an ink jet printing process or a screen printing process.

An inkjet ink composition including the inkjet ink binder is also provided.

Marking includes depositing the ink composition on the product with the continuous inkjet printer.

Other options include inkjet printing, gas phase deposition, or selective removal with the aid of a laser.

Also ink-jet printing processes, printed images, ink-jet printers and ink-jet cartridges.

An ink jet ink composition is disclosed.

Also an ink-jet printing ink, an ink jet printing process, a printed material and an ink jet printer cartridge.

In accordance with the present invention an inkjet composition is provided.

An inkjet printing method and inkjet compositions are disclosed.

Also disclosed is an inkjet printing process, comprising the step of providing an inkjet printer with such an inkjet recording element.