Graphene Quantum Dots (Blue,1 mg/mL)

Description

Graphene Quantum Dots (Blue, 1 mg/mL) – GQD

Graphene Quantum Dots (GQDs) are a distinct class of zero-dimensional nanomaterials derived from graphene. These nanoscale crystals are characterized by their compact size—typically less than 10 nm—and their signature honeycomb-like carbon lattice. Their ultrasmall dimensions and quantum confinement effects result in extraordinary optical and electronic behavior, making them suitable for a wide array of cutting-edge applications.

What sets GQDs apart is their bright blue fluorescence, excellent water dispersibility, and biocompatibility, enabling their use in both industrial and biomedical fields. From next-generation solar technologies to targeted drug delivery, GQDs are rapidly becoming essential materials in nanotechnology and materials science.

Technical Specifications

• Average Diameter: < 10 nm

• Particle Shape: Spherical

• Fluorescence Emission: 445–470 nm

• Color: Blue

• Solvent Options: Water or Ethanol

Graphene Quantum Dots (Blue,1 mg/mL) TEM Images

Included Standard Analysis

• Photoluminescence (PL) Spectra: Excitation and emission wavelengths

Optional Advanced Analysis (available upon request)

• Particle Size Distribution

• Quantum Yield Measurement

• Fluorescence Lifetime Testing

Graphene Quantum Dots (Blue,1 mg/mL) TEM Image-2

Key Application Areas

Thanks to their nanoscale size, low toxicity, and excellent biocompatibility, Graphene Quantum Dots are especially advantageous in biomedical contexts compared to traditional graphene or graphene oxide:

• Drug Delivery Platforms

• Bioimaging & Cellular Labeling

• Medical Diagnostics

Additionally, their optoelectronic and photoluminescent properties enable integration into advanced technologies such as:

• Solar Cells

• Light Emitting Diodes (LEDs)

• Chemical and Biological Sensors

• Energy Storage Devices (Supercapacitors, Microsupercapacitors)

These versatile, blue-emitting GQDs are engineered for performance in research, diagnostics, and nano-enabled devices. Whether you’re developing fluorescent probes or enhancing the efficiency of solar energy systems, high-purity GQDs are a smart choice for innovative R&D.