| Carbon Nanotubes |
| Nanoparticles |
| Other Nanoparticles |
Corporate Member Institute of Nanotechnology, UK
Intelligent Materials Pvt. and Nansohel are now members of Institute of Nanotechnology.
International Distributor Inquiries Welcome!
We are always looking for international distributors who would like to distribute our products that aren’t readily available in other countries. 80% of our business goes to international retail customers. This means there is a lot of potential and opportunity for foreign distributors to develop a niche market selling unique products at a good price in their own country! Depending on the quantities being imported and individual circumstances, attaractive offers may be available to those who become distributors overseas.
Mail at sales@nanoshel.com for questions or more information on how you can become a distributor of our quality and popular products in your own country.
Nanoshel produces Single-walled, Multi-walled and Functionalized carbon nanotubes of high quality and purity using Arc Discharge Method (Arc) method. The purity percentage of our CNTs range from 90% to 97%. We supply nanomaterials for commercial purposes as well as scientific research projects, from small quantities (grams) to larger quantities (kilograms). Through providing the customers with nanomaterials and the application process solution, the company commits itself to assist clients to improve the functionality and technology content of the products so that the clients can promote their product added-values and market competitive competencies, keep their creative advantages for a long time in the concerned fields and make good economic benefits. More about Nanoshel
What is a Nanotube?
Nanotubes are sheets of carbon atoms connected in a honeycomb-like pattern that are rolled into tiny cylinders one nanometer in diameter. One nanometer is one one-billionth of a meter, or one 10,000th the thickness of a human hair. The properties of the tube depend on how the cylinder is rolled, just as the properties of chemical elements depend on their weight.