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OH Functionalized Graphitized MWNTs (>99.9%, OD: 20-30nm)
October 12, 2017
COOH Functionalized Graphitized MWCNTs (>99.9%, OD: 10-20nm)
October 12, 2017
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OH Functionalized Graphitized MWNTs (>99.9%, OD: 50-80nm)


Graphitized high purity multi-walled carbon nanotubes (MWNTs) were produced by a low temperature CVD method and subsequently annealed about twenty (20) hours under condition of inert gas at temperatures between 1600 and 3000°C. These products were characterized for chemical purity, interlayer spacing, and defect healing. The graphitization procedure was found to remove residual metal catalyst in the nanotubes and reduce the wall defects as reflected in a reduced interlayer spacing between the graphene shells. The graphitized MWNTs have the highest graphite crystallization, the high electrical conductivity and the excellent inoxidizability. The electrical conductivity of the graphitized MWNTs is very close to that of graphite powder. And its ignition temperature can reach 800°C.

OH Functionalized Graphitized MWNTs (>99.9%, OD: 50-80nm)

OH Functionalized Graphitized MWNTs (>99.9%, OD: 50-80nm)
Product No. CAS No. Purity Average Diameter Average Length Special Surface Area(SSA) Tap Density True Density
NRE-40009 NA Carbon nanotubes > 99.9wt% 50-80 nm 10-30  um (TEM) >20m2/g(BET) NA 2.1g/cm3
Electric Conductivity > 100 S/cm
Thermal Conductivity NA
Ignited temperature NA
Certificate Of Analysis

Al

Ba

Ca

Cr

Cu

Fe

K

Mg

Mn

Na

Ni

Si

10.4

1.34

141.2

7.33

1.09

64.8

6.4

26.9

3.01

6.62

3.12

50

Graphitized Multi-Walled Carbon Nanotubes (MWNTs, MWCNTs) Application
Potential applications of carbon nanotubes are: (1) additives in polymers; (2) catalysts; (3) electron field emitters for cathode ray lighting elements; (4) flat panel display; (5) gas-discharge tubes in telecom networks; (6) electromagnetic-wave absorption and shielding; (7) energy conversion; (8) lithium-battery anodes; (9) hydrogen storage; (10) nanotube composites (by filling or coating); (11) nanoprobes for STM, AFM, and EFM tips; (12) nanolithography; (13) nanoelectrodes; (14) drug delivery; (15) sensors; (16) reinforcements in composites; (17) supercapacitor.

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