Carbon Nanotube And Fullerence

Purity                          92 

Content of OH        4.0

Color                           Black

Average Diameter       1.0 nm

Length                         1-3 m

OD                              1-2 nm

ID                                0.8-1.6 nm

Tap Density                 0.15 g/cm3

True Density               2.2 g/cm3

SSA                             370 m2/g

Carbon Conductive Ink

Carboninks were commonly made from lampblack or soot and a binding agent such as gumarabic or animal glue. The binding agent keeps carbon particles in suspensionand adhered to paper. Carbon particles do not fade over time even when bleachedor when in sunlight. One benefit is that carbon ink does not harm paper. Overtime, the ink is chemically stable and therefore does not threaten the paper'sstrength. Despite these benefits, carbon ink is not ideal for permanence andease of preservation.

RelatedInformation

 Cas No.                      7440-44-0

Appearance                 liquid

TypeOf Circuit           For electro platingof non conductive materials

Purity                          ‰99%

Chemicalformula：               

Viscosity：                 15000-20000 cps

VolumeResistance：0.05 max.

TemperatureRange：- 55 to 200 Degree C

ShelfLife ：               3Months at 25 Degree C

CuredTime :               10 to 15 min

Material:                     Graphene Based

StorageConditions:

Airtight sealed, Avoid light and keep dry atRoom Temperature.  

Content of COOH  2.7

Color                           Black

Average Diameter       1.0 nm

Length                         5-35 m

OD                              1-2 nm

ID                                0.8-1.6 nm

Tap Density                 0.15 g/cm3

True Density               2.2 g/cm3

SSA                             400 m2/g