CNT dispersion technology for ultra-low-resistance plastics
The hard part of working with CNT (Carbon Nanotube) is dispersion. Eight years of R&D went into solving it — and everything we make is built on that work.
Uniform CNT dispersion in polymers
Carbon nanotubes are the highest specific-strength material that can be manufactured, but they clump, float as dust and resist mixing. Our team developed a process that disperses CNT evenly through the polymer, building a continuous 3D conductive network at low loading.
The result: conductive plastics on par with leading US and Korean grades, in a dust-free pellet any moulder can use.
Five functions, one platform
Melt-compounded, not coated
Because the CNT network sits inside the polymer rather than on top of it, our film heats evenly, bends without cracking and does not decay over time.
| Heating pattern | Flexibility | Safety | Durability | Pierce / fold | |
|---|---|---|---|---|---|
| Tanano CNT composite film | Full surface, even | Soft, tear-resistant | Low voltage; melts, does not ignite | One-piece, no decay | Yes |
| Resistance wire | Line, uneven | Stiff | High voltage; short-circuit risk | Durable | No |
| Coated paste film | Surface | Rigid at high power | Coated fabric can ignite | Decays, cracks with use | Some |
| Carbon fibre film | Strip, uneven | Fairly soft | Keeps burning on short circuit | Fairly durable | Some |
Our professional scientist & engineering team
Our team works from CNT powder through compounding to the finished application, testing every development in-house before it reaches a customer line.