Conductive Agent for Cathode
MWCNT Slurry in NMPProducts
KS Advanced Materials
Conductive Agent for Cathode
MWCNT Slurry in NMPConductive Agent for Anode
SWCNT Slurry in H2OAntistatic Coating Agent for Display Film
SWCNT Slurry in AlcoholViscosity Reducer for Cathode
Viscosity Reducer Slurry in NMPConductive Agent for Anode
TWCNT Slurry in H2OProduct
Dilluent
MWCNT
(wt%)
TWCNT
(wt%)
SWCNT
(wt%)
Application
CA150
NMP
5
-
-
Conductive Agent for Cathode
CA155
NMP
5.5
-
-
Conductive Agent for Cathode
AN212
Water
-
1.2
-
Conductive Agent for Anode
SC210
Alcohol
-
1.0
-
Conductive Agent for Anode
AN304
Water
-
-
0.4
Conductive Agent for Anode
AN308
Water
-
-
0.8
Conductive Agent for Anode
AS305
Alcohol
-
-
0.4~0.6
Antistatic Agent for Display
Among MWCNTs with an average diameter of 10nm, a length of 100~200μm, and a wall count of 5 or more.
It has already been verified as a cathode conductive material for secondary batteries, and the products in use are carefully selected and dispersed. It has excellent electrode resistance and is safe because it does not contain metals such as Fe, Ni, Cr, Cu, and Zn, which can cause explosion hazards to secondary batteries
It is a carbon nanotube with an average diameter of 6nm and a wall number of 3~5 SWCNTs with similar properties.
It has similar performance to SWCNT and is relatively economical, so it is attracting great attention as a conjugate material for anode materials.
Single-walled carbon nanotubes have better conductivity, specific surface area, and chemical stability than MWCNT.
SWCNTs are very difficult to disperse due to their long length, but we have secured a dispersion technology of up to 1.2%.
In addition, we have experience in product distribution from a number of SWCNT manufacturers, so we can produce products that consider economic feasibility to meet the needs of our customers.