Project Description
Magnetic Fe3O4 nanoparticles are prepared by coating a thin surface layer on monodisperse Fe3O4 nanoparticles. It has very high saturation magnetization and can be used to extract genomic DNA from biological sample with high viscosity.
Features
- Strong magnetic response ( Bs >70 emu/g )
- Uniform particle size distribution
- 0.1um-0.6um monodisperse magnetic nanoparticles are available
Specification
| Matrix | Surface Groups | Particle Size | Model | Unit | W/V |
|---|---|---|---|---|---|
| Fe3O4 | -NH2 | 0.1-0.2um | EPR-FN-0.2 | 50mg/10ml | 0.50% |
| Fe3O4 | -NH2 | 0.2-0.3um | EPR-FN-0.3 | 50mg/10ml | 0.50% |
| Fe3O4 | -NH2 | 0.3-0.4um | EPR-FN-0.4 | 50mg/10ml | 0.50% |
| Fe3O4 | -NH2 | 0.4-0.5um | EPR-FN-0.5 | 50mg/10ml | 0.50% |
| Fe3O4 | -NH2 | 0.5-0.6um | EPR-FN-0.6 | 50mg/10ml | 0.50% |
| Fe3O4 | -COOH | 0.1-0.2um | EPR-FC-0.2 | 50mg/10ml | 0.50% |
| Fe3O4 | -COOH | 0.2-0.3um | EPR-FC-0.3 | 50mg/10ml | 0.50% |
| Fe3O4 | -COOH | 0.3-0.4um | EPR-FC-0.4 | 50mg/10ml | 0.50% |
| Fe3O4 | -COOH | 0.4-0.5um | EPR-FC-0.5 | 50mg/10ml | 0.50% |
| Fe3O4 | -COOH | 0.5-0.6um | EPR-FC-0.6 | 50mg/10ml | 0.50% |
| Fe3O4 | -Epoxy | 0.1-0.2um | EPR-FE-0.2 | 50mg/10ml | 0.50% |
| Fe3O4 | -Epoxy | 0.2-0.3um | EPR-FE-0.3 | 50mg/10ml | 0.50% |
| Fe3O4 | -Epoxy | 0.3-0.4um | EPR-FE-0.4 | 50mg/10ml | 0.50% |
| Fe3O4 | -Epoxy | 0.4-0.5um | EPR-FE-0.5 | 50mg/10ml | 0.50% |
| Fe3O4 | -Epoxy | 0.5-0.6um | EPR-FE-0.6 | 50mg/10ml | 0.50% |
| Fe3O4 | -SiOH | 0.1-0.2um | EPR-FS-0.2 | 50mg/10ml | 0.50% |
| Fe3O4 | -SiOH | 0.2-0.3um | EPR-FS-0.3 | 50mg/10ml | 0.50% |
| Fe3O4 | -SiOH | 0.3-0.4um | EPR-FS-0.4 | 50mg/10ml | 0.50% |
| Fe3O4 | -SiOH | 0.4-0.5um | EPR-FS-0.5 | 50mg/10ml | 0.50% |
| Fe3O4 | -SiOH | 0.5-0.6um | EPR-FS-0.6 | 50mg/10ml | 0.50% |
EPRUI promise to supply Fe3O4 magnetic nanoparticles with high quality, good sphericity and competitive price! Customization is accepted if for special needs.