Affordable High Efficiency Water-soluble Cadmium Selenide Zinc Sulfide (cdse/zns) Quantum Dots (heczw) - Act Fast [Lp12fgur]

High Efficiency Water-Soluble CdSe/ZnS Quantum Dots (HECZW)

NNCrystal's Affordable High Efficiency Water-soluble Cadmium Selenide Zinc Sulfide (cdse/zns) Quantum Dots (heczw) - Act Fast [Lp12fgur] represent a significant advancement in nanotechnology. These quantum dots are designed to deliver high performance at an affordable price, making them an ideal choice for a wide range of applications. With a quantum yield of 50% or more and a FWHM of 20-30nm, HECZW quantum dots offer exceptional brightness and stability. Their carboxylic acid stabilizing ligands and 7-12 nm particle size further enhance their versatility and effectiveness.

• High quantum yield (50+%) for superior brightness and performance
• FWHM of 20-30nm for precise spectral control
• Water-soluble for easy handling and dispersion

Optical Properties and Specifications

The HECZW quantum dots boast outstanding optical properties, rivaling those of our CdSe quantum dots. The ZnS coating not only protects the CdSe core but also reduces surface trap states, improving performance in challenging environments. These nanocrystals, dispersed in water, demonstrate stable yet bright emission, making them highly suitable for various applications. The emission peaks range from 450 to 650 nm, providing flexibility in choosing the desired spectral output.

• Protective ZnS coating for enhanced stability and performance
• Water-soluble nature for easy handling and dispersion
• Emission peaks from 450 to 650 nm

Applications and Benefits

HECZW quantum dots find extensive applications in imaging and display research, as well as bio-labeling. Their high efficiency and stability make them an excellent choice for various scientific and industrial applications. By using HECZW quantum dots, researchers and professionals can achieve brighter, more accurate, and longer-lasting results. These quantum dots are suitable for a diverse range of industries, including biomedicine, optoelectronics, and nanotechnology.

• Imaging and display research for enhanced visibility and accuracy
• Bio-labeling for improved detection and tracking capabilities
• Versatile applications in various scientific and industrial fields