Iron oxide particles | 45-02-501
- SKU:
- MMD-45-02-501
- Availability:
- 5 Working days
- Surface:
- COOH
- Diameter:
- 50nm
- Concentration:
- 10mg/ml
- Crowd:
- 10ml
Description
Iron oxide particles | 45-02-501
Iron oxide particles are available with hydrodynamic diameters of 50 nm and 250 nm.
The surface of the 50 nm particles is colloidally stabilized with carboxylic acid groups. The particles show almost no tendency to sediment and cannot be separated on conventional permanent magnets. These iron oxide particles are also available with a phospholipid surface and a hydrodynamic diameter of 70 nm. High gradient magnet systems are recommended for magnet separation.
The 250 nm iron oxide particles consist of monodisperse magnetite aggregates and can be easily separated with permanent magnets. They have a low sedimentation tendency and are also available with gold labelling.
Surface: COOH
Diameter: 50nm
Concentration: 10mg/ml
Crowd: 10ml
Related Products
Iron oxide particles | 45-42-252
Iron oxide particles | 45-42-252
Iron oxide particles are available with hydrodynamic diameters of 50 nm and 250 nm.The surface of the 50 nm particles is colloidally stabilized with carboxylic acid...
MMD-45-42-252
Iron oxide particles | 45-111-701
Iron oxide particles | 45-111-701
Iron oxide particles are available with hydrodynamic diameters of 50 nm and 250 nm.The surface of the 50 nm particles is colloidally stabilized with carboxylic...
MMD-45-111-701
Iron oxide particles | 45-00-252
Iron oxide particles | 45-00-252
Iron oxide particles are available with hydrodynamic diameters of 50 nm and 250 nm.The surface of the 50 nm particles is colloidally stabilized with carboxylic acid...
MMD-45-00-252
Sicastar® | 43-02-501
Sicastar® | 43-02-501
COOHsicastar® particles are available with carboxylic acid groups (COOH) on the surface in the size range from 30 nm to 20 µm. For t
MMD-43-02-501
Synomag® | 103-02-501
Synomag® | 103-02-501
Magnetic nanoparticles with "nanoflower" structure (synomag®)
Are multi-core particles composed of maghemite crystals,
Show excellent properties as a tracer for Magnetic...
MMD-103-02-501