Dispersed CNT
Dispersed CNT (Carbon Nano Tubes)
NANOSOL
Mechanically and chemically dispersion-stabilized carbon nanotubes (SWCNT · MWCNT), supplied as powder or liquid dispersion.
- Additive for enhancing electrical, thermal, and mechanical properties
- Powder for composites or ink for coatings
※ Product specifications and MOQ are negotiable.
CNT(Carbon Nano Tube)
An advanced material offering exceptional electrical conductivity, thermal conductivity, and mechanical strength far beyond conventional materials. Because CNTs tend to agglomerate through van der Waals forces, their full potential is realized only after proper 'dispersion.'
CNT Solution Co., Ltd. specializes in proprietary CNT dry dispersion technology while also providing wet dispersion solutions. Our dry dispersion technology offers a solvent-free, environmentally friendly process and enables higher CNT loading through excellent dispersion quality, expanding the range of CNT applications.
Strength │ 100× that of steel
Thermal conductivity │ Comparable to diamond
Electrical conductivity │ Over 100× that of copper
Minimizing particles in semiconductor processes
The core competitiveness of semiconductor process equipment and transfer trays lies in particle-minimization technology that blocks micro-contamination at the source.
Securing global competitiveness
We possess mass-production technology with stable quality and price competitiveness, meeting user needs accumulated over more than a decade.
Customer-tailored dispersion solutions
We support an optimal spectrum of dispersion processes tailored to diverse requirements — composites, films, coatings, battery conductive additives, electrode plates, and more.
Applications
Battery Applications
Next-generation dry electrode materials
Offers excellent applicability optimized for conductive additives in dry electrodes and all-solid-state batteries.
Eco-friendly manufacturing process
By applying a dry process, it minimizes solvent use, contributing to eco-friendly manufacturing and improved process efficiency.
Ensuring superior stability
A uniform CNT network secures both the structural stability and the electrochemical performance of the electrode.
High power and high energy density
By forming an efficient conductive CNT network, it enhances electrical conductivity and contributes to achieving high energy density and high power output.