Super Activated Carbon Nanopowder (C, <100nm, Charcoal as Raw Materials)
Decoloration rate: 99%
Purity: >95%
Color: Black
APS: <100 nm (Thickness: 50-100nm; Diameter: 50nm-500nm)
H2O: <5%
Ash: <2%
PH: 7-10
True density:0.45g/ml
Bulk density:0.33g/ml
Activated Carbon Nanoparticles Product Features:
The Super Activated Carbon Nanopowder is made from a selection of high temperature superfine charcoal through special carbonization, activation, grinding and classification, therefore, the nanopowder possesses the following features: Powerful specific surface Area (SSA>300m2/g); Electrical conductivity (0.2Ω.cm); high activation; Easy to disperse; Powerful iodine adsorption (absorption capability >300mg/g); Methylene blue number >160mg/g; Negative-ions concentration 7150/cm3; Far Infrared emission rate 92%.
Activated Carbon Nanoparticles Applications:
Mainly used in military industry, aviation and aerospace, textile, rubber, functional materials, chemical industry, food, pharmaceutical, electronics technology, environmental protection, etc.
Activated Carbon Nanoparticles Storage Conditions:
Damp reunion will affect its dispersion performance and using effects, therefore, this product should be sealed in vacuum and stored in cool and dry room and it should not be exposure to air. In addition, the product should be avoided under stress.
Activated Carbon Nanoparticles Frequently Asked Questions:
"Activated Carbon", also called activated charcoal or activated coal is a form of carbon that has been processed to make it extremely porous and thus to have a very large surface area available for adsorption or chemical reactions
1) What is the carbonization temperature for these products? --- 1000-1300 °C (Material with carbon content is pyrolyzed at temperatures in the range 1000–1300 °C, in absence of oxygen)
2) Activation: what type of activation was performed? --- Physical activation—Raw material or Carbonized material is exposed to steam at temperatures about 1000 °C.
3) What are the pore sizes of these porous carbons? --- 2-50nm
4) Are the pores inside individual carbon nanoparticle interconnected?--By random, some of the pores are interconnected, the others are not.
5) What are the pore volumes of these porous carbons? --- 1.1-1.3 cm3/g
Super Activated Carbon (C) Nanopowder / Nanoparticles
Activated Carbon Nanoparticles SDS
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Product Name
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Stock#
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Morphology
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*H2O(%)
|
Ash(%)
|
Purity(%)
|
PH
|
Iodine Adsorption mg/g
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Methylene blue number mg/g
|
SSA(m2/g)
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Negative-ions concentration
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Far Infrared emission rate (%)
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Decoloration rate (%)
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Electrical conductivity Ω.cm
|
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Super Activated Carbon Nanopowder (C, Coconut Shell as Raw Materials)
|
US1076
|
Flaky
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≤5%
|
≤2%
|
95%
|
7-10
|
1250
|
260
|
1300
|
7150 Negative-ions /cm³
|
91%
|
99%
|
0.4
|
|
Super Activated Carbon Nanopowder (C, <100nm, Bamboo as Raw Materials)
|
US1077
|
Flaky
|
≤5%
|
≤2%
|
95%
|
7-10
|
1000
|
240
|
1000
|
7150 Negative-ions /cm³
|
91%
|
99%
|
0.4
|
|
Super Activated Carbon Nanopowder (C, <100nm, Charcoal as Raw Materials)
|
US1078
|
Flaky
|
≤5%
|
≤2%
|
95%
|
7-10
|
300
|
160
|
300
|
7150 Negative-ions /cm³
|
92%
|
99%
|
0.2
|
|
Super Activated Porous Carbon Nanopowder (C, 20-40 nm, Plant as Raw Materials)
|
US1074
|
Flaky
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≤5%
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≤2%
|
95%
|
7-10
|
1350
|
280
|
1400
|
7150 Negative-ions /cm³
|
91%
|
99%
|
0.2
|
|
Super Activated Porous Carbon Nanopowder (C, 60-80 nm, Plant as Raw Materials)
|
US1075
|
Flaky
|
≤5%
|
≤2%
|
95%
|
7-10
|
1300
|
270
|
1350
|
7150 Negative-ions /cm³
|
92%
|
99%
|
0.2
|
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