Branched Nanocarbon Spheres (R1L)
Branched Nanocarbon Spheres (R1L), 20g
Product Detail
1. Production Method
Our proprietary sequential hybrid plasma, only using natural gas as feedstock to produce unique and consistent branched nanocarbon spheres. Produced in collaboration with Rimere.
2. Specifications
|
Product Name |
Branched Nanocarbon Spheres (R1L) |
|
Morphology: |
Branched Nanospheres |
|
Purity: |
>96% Carbon <4% Oxygen 0% Other |
|
Surface Area: |
50 ± 10 m2/g |
|
Single Particle Size: |
40-80 nm |
|
Particle Cluster Size |
1,00-2,000 nm |
|
Particle Shape: |
Spheroidal, Branched |
|
Bulk Form: |
Black Powder |
|
Conductivity: |
≤ 2,000 S/m |
|
Zeta Potential: |
-20 mV (Huckel/Henry) |
|
Sp2 Bonds: |
Detected |
|
2D/G Ratio: |
0.29 |
|
D/G Ratio: |
1.12 |
|
Tapped Density: |
0.0199 g/ml |
SEM Image (1) of Branched Nanocarbon Spheres (R1L)
SEM Image (2) of Branched Nanocarbon Spheres (R1L)
Raman of Branched Nanocarbon Spheres (R1L)
4. Applications
Additive for strengthening and product longevity
- Polymer
- Concrete
- Conductive
- Composites
- EM Shielding
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