MWCNTs Multi Walled Carbon Nanotubes Water Dispersion

MWCNTs Multi Walled Carbon Nanotubes Aqueous Dispersion can be produced with different diameter (10-100nm), lengths(short 1-2um, long 5-20um) and adjusted concentration 2%-5%.

Single-walled Carbon Nanotubes aqueous dispersion is a customized material for easier usage in water base. SWCNT water dispersion's concentration can be adjusted.

Multi-walled carbon nanotube dispersion is a carbon nanotube dispersion that is uniformly dispersed in an aqueous system by means of dispersion to form a liquid with good dispersibility and stability, which is not easy to stratify or precipitate, and is easy to add to application systems.

Double walled carbon nanotubes can be dispersed in water to make aqueous dispersion for easier use as required. DWCNT water dispersion can be customized as per requirements for better application.

DWCNT Double-Walled Carbon Nanotubes Water Dispersion can be customized as per different concentration and lengths(short tube1-2um, long tube 5-20um). Besides, some treatment can be made also.

Water dispersion of SWNT may facilitate the incorporation of individual nanotubes into the matrix for reinforcement of the composite materials.

Single-walled Carbon Nanotubes aqueous dispersion is a customized material for easier usage in water base. The concentration of SWCNT water solution can be adjusted. Besides SWCNT type, double and multi walled CNTs dispersions are also available.

High purity sub-micron graphite particles has wide range of application.

Nano fe2o3 powders is alpha phase,non-magnetic, is widely used in transparent pigment.

Fullerenes were discovered many organic reagents have high chemical activity, which have machine chemical reaction to introduce polymer chemistry can be used for synthesis of fullerenes and design derived polymers.

The general purity of Hongwu's MWCNT is 99%. If not high requirements, lower purity about 90%+ one is also available. For some application, low purity MWCNT would be more cost-effective.

Ultra-fine copper nanopowders has a good thermal conductivity, electrical conductivity.