Compare products with technical highlights, document cues, and product details.
PMMA spherical monodisperse latex microparticles. Size range: 1 Diameter: 0,259 µm CV < 5% Surface modification: not modified Fluorescence: not labeled Concentration: 5 wt.%.
PMMA spherical monodisperse latex microparticles. Size range: 1 Diameter: 0,271 µm CV: < 5% Surface modification: COOH Fluorescence: Ex.465nm / Em.480nm Concentration: 2,5 wt.%.
PMMA spherical monodisperse latex microparticles. Size range: 3 Diameter: 1,125 µm CV: < 5% Surface modification: COOH Fluorescence: not labeled Concentration: 5 wt.%.
PMMA spherical monodisperse latex microparticles. Size range: 4 Diameter: 2,136 µm CV < 5% Surface modification: not modified Fluorescence: not labeled Concentration: 5 wt.%.
PMMA spherical monodisperse latex microparticles. Size range: 5 Diameter: 5,331 µm CV < 5% Surface modification: not modified Fluorescence: not labeled Concentration: 5 wt.%.
Polystyrene spherical monodisperse latex microparticles. Size range: 1 Diameter: 0,254 µm CV: < 5% Surface modification: not modified Fluorescence: not fluorescent Concentration: 5 wt.%.
Polystyrene spherical monodisperse latex microparticles. Size range: 1 Diameter: 0,253 µm CV: < 5% Surface modification: COOH Fluorescence: not fluorescent Concentration: 5 wt.%.
Polystyrene spherical monodisperse latex microparticles. Size range: 3 Diameter: 0,749 µm CV: < 5% Surface modification: not modified Fluorescence: not fluorescent Concentration: 5 wt.%.
Polystyrene spherical monodisperse latex microparticles. Size range: 4 Diameter: 1,942 µm CV: < 5% Surface modification: not modified Fluorescence: not fluorescent Concentration: 5 wt.%.
Polystyrene spherical monodisperse latex microparticles. Size range: 6 Diameter: 6,848 µm CV: < 5% Surface modification: COOH Fluorescence: Ex.440nm / Em.475nm Concentration: 2,5 wt.%.
Polystyrene spherical monodisperse latex microparticles. Size range: 7 Diameter: 10,508 µm CV: < 5% Surface modification: not modified Fluorescence: not fluorescent Concentration: 5 wt.%.
Average particle size: ca. 6-7 nm. Form colloidal solutions in non-polar solvents. Monodisperse nanoparticles, can be used for 2-D and 3-D structures build-up.
Cd-free strongly luminescent perovskite quantum dots of the general structure ABC3 coated with hydrophobic organic ligands. Readily soluble in toluene, hexane, chlorobenzene and similar dry solvents. Not soluble in alcohols, ethers and other polar solvents. Not compatible with water or water-containing solvents. Emission peak width (FWHM) ca. 15-35 nm depending on the type of the QDs. Particle size: ca. 10 nm. Ideal for industrial applications due to the large scale manufacturing, and the lowest prices among all available QDs.
Cd-free strongly luminescent perovskite quantum dots of the general structure ABC3 coated with hydrophobic organic ligands. Readily soluble in toluene, hexane, chlorobenzene and similar dry solvents. Not soluble in alcohols, ethers and other polar solvents. Not compatible with water or water-containing solvents. Emission peak width (FWHM) ca. 15-35 nm depending on the type of the QDs. Particle size: ca. 10 nm. Ideal for industrial applications due to the large scale manufacturing, and the lowest prices among all available QDs.
Cd-free strongly luminescent perovskite quantum dots of the general structure ABC3 coated with hydrophobic organic ligands. Readily soluble in toluene, hexane, chlorobenzene and similar dry solvents. Not soluble in alcohols, ethers and other polar solvents. Not compatible with water or water-containing solvents. Emission peak width (FWHM) ca. 15-35 nm depending on the type of the QDs. Particle size: ca. 10 nm. Ideal for industrial applications due to the large scale manufacturing, and the lowest prices among all available QDs.
Cd-free strongly luminescent perovskite quantum dots of the general structure ABC3 coated with hydrophobic organic ligands. Readily soluble in toluene, hexane, chlorobenzene and similar dry solvents. Not soluble in alcohols, ethers and other polar solvents. Not compatible with water or water-containing solvents. Emission peak width (FWHM) ca. 15-35 nm depending on the type of the QDs. Particle size: ca. 10 nm. Ideal for industrial applications due to the large scale manufacturing, and the lowest prices among all available QDs.
Cd-free strongly luminescent perovskite quantum dots of the general structure ABC3 coated with hydrophobic organic ligands. Readily soluble in toluene, hexane, chlorobenzene and similar dry solvents. Not soluble in alcohols, ethers and other polar solvents. Not compatible with water or water-containing solvents. Emission peak width (FWHM) ca. 15-35 nm depending on the type of the QDs. Particle size: ca. 10 nm. Ideal for industrial applications due to the large scale manufacturing, and the lowest prices among all available QDs.
Average particle size: ca. 3-4 nm Form aqueous colloidal solutions.
Ruthenium concentration: 0,5 mg/ml Average particle size: ca. 50 nm Stabilizer: Polyvinylpyrrolidone Appearance: Reddish-brown solution Purity: > 99,5% (metal purity) Water-based synthesis of ruthernium, accompanied by stabilization with polyvinylpyrrolidone. The use of de-ionized water and special materials for the reaction are needed to keep the impurities level low.
SiO2 spherical monodisperse microparticles. Size range: 3 Diameter: 1 ± 0,1 µm CV: < 5% Surface modification: not modified Fluorescence: not fluorescent Concentration: 5 wt.%.
