5. Ordered Mesoporous Zeolites

Tube inner diameter: 20-100 nm         Metal particle size: 20–100 nm          Particle loading: <5%

3. Ordered Mesoporous Oxides, Functionalized Ordered Mesoporous Oxides

Particle diameter: 200 nm

Particle size: 1.0–500 nm
Surface area:
10-50 m²/g

10. Ordered Nanorods, Confined Ordered Nanorods

Ribbon thickness: 50 nm
Ribbon length:
>500 nm

9. Ordered Macro/Mesoporous Metal Oxides

Fiber diameter: 200 nm

Carbon nanotube inner diameter: 1–60 nm
Outer diameter:
5-80 nm
Solubility:
Excellent in solvent

12. Nanoporous Metal Catalysts

13. Ordered Mesoporous materials-supported NANOPARTICLES

15. Mesoporous NanoRings

18. 3D conductive nanocarbon fiber

8. Nanowires, Mesoporous Nanowires, Functionalized nanowires, Functionalized Mesoporous Nanowires

14. Confined Nanoparticles inside of Mesoporous Nanotubes or Carbon Nanotubes

11. Metal Nanoparticles, nanosquare and Nanocrystals

Particle mesopore size: 1.0–5.0 nm
Macropore size:
200-500 nm
Surface area:
500 m²/g

6. Nanorods, Functionalized Nanorods

Particle size: 10–500 nm
Pore size:
1.0-5.0 nm
Surface area:
10-200 m²/g

Wire diameter: 50–100 nm
Pore size:
1.0–5.0 nm
Surface area:
>500 m²/g
Length:
>1.0 nm

4. Mesoporous Mixed Oxides

Particle diameter: 50–500 nm
Pore size:
0.5–10.0 nm
Surface area:
100-1000 m²/g

Metal particle size: <2 nm               Metal loading: <5%

Graphene thickness: 5–100 nm
Solubility:
Excellent in solvent

Rod diameter: 50–100 nm
Pore size: 1
.0–5.0 nm
Surface area:
>500 m²/g
Length:
50–500 nm

16. Nanoribbons

7. Mesoporous Nanorods, Functionalized Mesoporous Nanorods

Rod diameter: 20–50 nm
Rod length:
200-1000 nm

Functional Nanomaterials

Rod diameter: 50–150 nm
Pore size:
0.5–5.0 nm
Surface area:
5-50 m²/g
Length:
> 1.0 nm

Particle diameter: 250–500 nm
Pore size:
0.5–5.0 nm
Surface area:
100-500 m²/g

​​DDH  Advanced Materials Inc.

1. GRAPHENE, GRAPHENE SUSPENSION

Particle diameter: 500–1500 nm
Pore size:
0.1–5.0 nm
Surface area:
10-100 m²/g

2. CARBON NANOTUBES, CARBON NANOTUBE SUSPENSION

17. Conductive carbon nanosphere

Bubble size: 50–300 nm
Shell thickness:
20 nm
Pore size:
1.0-5.0 nm
Surface area:
500 m²/g