Graphene (single-wall carbon) nanotubes are widely recognised on the market. In 2014, OCSiAl succeeded in developing the technology to isolate a single sheet of the material and roll it into a tube to exponentially multiply its properties.
TUBALL™ graphene nanotubes have unique physical properties that make them a universally superconducting additive that can be used on most materials to improve their mechanical properties and strength, without altering their appearance. When distributed in the matrix of a material, TUBALL™ graphene nanotubes create a three-dimensional reinforcing and conductive network. This is the mechanism that enables new properties to be achieved.
Their properties are so exceptional that they can enhance your formulations in multiple ways:
- High conductivity
- 100 times stronger than steel
- Compatible with almost all minerals
- Flexible and long, with a length-to-diametre ratio of more than 3000:1
- Thermal stability of up to 1,600°C
- There are 1017 TUBALL™ filaments in 1 gram of TUBALL™
- Surface area 1000m2/g
- Highest quality: G/D ratio>90
- Effective concentration in formulations from 0.01%
- Colourless: allows for the production of transparent materials and has no influence on the final colour
- Aside from conductivity, improves mechanical properties of materials
- Pure product (<1% impurities).
- Is sustainable.
Discover the many uses it could have for your formulations by contacting us here.