Aminated polystyrene microspheres

Aminated polystyrene microspheresProduct Name NameAminated polystyrene microspheres Product Overview Aminofunctionalized polystyrene microspheres can be customized with a size range of 20nm 100 m. These microspheres have a uniform particle size distribution, which enables them to exhibit consistent performance in various applications. Technical Parameter Dimensional error: 3% for dimensions above 50nm, 15% for dimensions below 50nm Solvent: Water Note: If you need to customize other

Product Name

Name：Aminated polystyrene microspheres

^{Product Overview}

Aminofunctionalized polystyrene microspheres can be customized with a size range of 20nm-100 μ m. These microspheres have a uniform particle size distribution, which enables them to exhibit consistent performance in various applications.

^{Technical Parameter}

Dimensional error: 3% for dimensions above 50nm, 15% for dimensions below 50nm

Solvent: Water

Note: If you need to customize other sizes, please contact sales for consultation. The regular customization range is 20nm-100um

^{Product Features}

Monodispersibility: The uniform particle size distribution of microspheres helps ensure consistency and reproducibility of experimental results.

Adjustable particle size: By controlling the synthesis conditions, microspheres with different particle sizes can be prepared to meet different application requirements.

Surface functionalization: The surface of microspheres can be chemically modified by introducing specific functional groups, such as carboxyl and amino groups, to achieve specific biochemical functions.

High stability: Microspheres have good chemical and physical stability and are suitable for use in various environments.

Application Fields

Biomedical research: used for cell labeling, imaging, and as a carrier for drug delivery systems in fields such as cell biology, molecular biology, and biochemistry.

Standard measurement: As an instrument calibration particle, used to calibrate analytical instruments and ensure measurement accuracy.

Biochip: In the field of biochar technology, it is used to construct high-density arrays of biomolecules.

Preparation of latex paint, color changing ink, and photonic crystal devices: monodisperse polystyrene microspheres can be used to prepare photonic crystal films with bright colors and color characteristics that change with observation angle

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