Project Description
The surface of the super paramagnetic Fe3O4 nanoparticle is covalently functionalized with rich carboxyl groups, and can be used for further functionalization. Carboxyl functionalized magnetic nanoparticles can be used in the area of diagnostic immunoassay, gene transfection, biomolecule separation, cell separation, enzyme immobilization, drug delivery, and biomedical imaging.
Structure
Features
Appearance: Reddish brown transparent to black nano-dispersion solution
Functional group: -COOH
Surface loading: > 0.5 mmol/g
Saturation magnetization: >70 emu/g
Applicable pH range: pH > 3.5
Formulation: ddH2O
Concentration: 5mg/ml
Specification
| Matrix | Surface Groups | Particle Size | Model | MOQ | W/V |
|---|---|---|---|---|---|
| Fe3O4 | -COOH | 15nm | EPR-FC-0.015 | 10ml | 0.50% |
| Fe3O4 | -COOH | 0.1-0.2um | EPR-FC-0.2 | 10ml | 0.50% |
| Fe3O4 | -COOH | 0.2-0.3um | EPR-FC-0.3 | 10ml | 0.50% |
| Fe3O4 | -COOH | 0.3-0.4um | EPR-FC-0.4 | 10ml | 0.50% |
| Fe3O4 | -COOH | 0.4-0.5um | EPR-FC-0.5 | 10ml | 0.50% |
| Fe3O4 | -COOH | 0.5-0.6um | EPR-FC-0.6 | 10ml | 0.50% |
EPRUI promise to supply magnetic nanoparticles with high quality, good sphericity and competitive price! Customization is accepted if for special needs.