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- Carbon Nanoparticles
- Nanodiamonds
- Diamond particles: from sub-micron to micron
- Oxide nanoparticles
- Non-oxide nanoparticles
- Non-oxide nanoparticles blends
- Metal nanoparticles
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- Salt nano-and Microparticles
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Quantum Dots
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CdTe Quantum Dots, hydrophilic
- CdTe Quantum dots 5-Kit
- 510 ± 5 nm
- 520 ± 5 nm
- 530 ± 5 nm
- 540 ± 5 nm
- 550 ± 5 nm
- 560 ± 5 nm
- 570 ± 5 nm
- 580 ± 5 nm
- 590 ± 5 nm
- 600 ± 5 nm
- 610 ± 5 nm
- 620 ± 5 nm
- 630 ± 5 nm
- 640 ± 5 nm
- 650 ± 5 nm
- 660 ± 5 nm
- 670 ± 5 nm
- 680 ± 5 nm
- 690 ± 5 nm
- 700 ± 5 nm
- 710 ± 5 nm
- 720 ± 5 nm
- 730 ± 5 nm
- 740 ± 5 nm
- 750 ± 5 nm
- 760 ± 5 nm
- 770 ± 5 nm
- 780 ± 5 nm
- 790 ± 5 nm
- Zn-Cu-In-S/ZnS Quantum Dots, cd free, hydrophobic
- ZnCdSeS alloyed, hydrophobic
- ZnCdSe/ZnS hydrophobic
- CdSe/ZnS hydrophobic
- Perovskite Quantum Dots, cadmium free, hydrophobic.
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CdTe Quantum Dots, hydrophilic
- Tectomers
- Phosphonic Acids
- Industrial and consumer products on the base of nanomaterials
- Contract Analysis
- Metal-organic frameworks (MOFs)
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Metal-organic frameworks (MOFs)There are 5 products.
Metal-Organic Frameworks (MOF) are compounds consisting of metal ions coordinated to organic molecules (linkers) to form porous super-structures.
MOFs attract attention as materials for adsorptive gas (hydrogen, carbon oxides, methane etc.) storage because of their exceptionally high specific surface areas. Besides, MOFs, which pore size is below 1 nm they have large potential in numerous catalyst applications outperforming zeolites.
MOFs attract attention as materials for adsorptive gas (hydrogen, carbon oxides, methane etc.) storage because of their exceptionally high specific surface areas. Besides, MOFs, which pore size is below 1 nm they have large potential in numerous catalyst applications outperforming zeolites.
