V-Vis Traceable Silica Nanoparticles – 10wt% – 20nm – 1000nm (25mL – 100mL)

Description

Applied Physics’ UV-Vis Traceable Silica Microspheres are provided as a 10wt% aqueous suspension, designed for easy optical detection in the UV-Vis spectral range. With uniform particle sizes ranging from 20nm to 1000nm, these microspheres offer excellent colloidal stability, optical clarity, and traceability—making them the perfect choice for biosensing, tracking studies, and quantitative analysis.

Key Features:

• Traceability: UV-Vis active for spectroscopic detection

• Concentration: 10wt% in deionized water

• Particle Size Range: 20nm – 1000nm

• Form: Aqueous suspension

• Volume Options: 25mL, 50mL, 100mL

• Appearance: Slightly opaque to translucent, depending on size

• Purity: >99.9%, free from surfactants and impurities

• Stability: Long shelf-life with excellent suspension behavior

Applications:

• Optical biosensing and diagnostics

• Nanoparticle tracking and labeling

• UV-Vis calibration standards

• Bio-distribution and uptake studies

• Environmental and fluid tracing

• R&D in drug delivery and nanomaterials

Why Applied Physics?

Backed by rigorous quality control and precision engineering, our UV-Vis traceable silica microspheres ensure consistent optical performance and high reproducibility. Ideal for researchers and industry professionals needing optically visible nanomaterials in liquid suspension.