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Z600415

Hellma® absorption cuvettes, standard cells, ultra Micro

High Performance Quartz Glass, spectral range 200-2,500 nm, pathlength 10 mm, chamber volume 50 μL

Sinonimo/i:

TM=["Hellma"] Ultra Micro Cuvettes

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CHF 471.00

Informazioni su questo articolo

NACRES:
SB.32
UNSPSC Code:
41121813

CHF 471.00


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material

Suprasil® quartz

description

2 polished windows

manufacturer/tradename

Hellma 105.202-QS

parameter

200-2,500 nm spectral range

technique(s)

UV/Vis spectroscopy: suitable, photometry: suitable

H × W × D

45 mm × 12.5 mm × 12.5 mm

aperture center H

8.5 mm , aperture

chamber volume

50 μL

pathlength

10 mm

detection method

photometric

General description

with PE stopper, aperture 2.5mm × 2mm rectangular

Packaging

Sold as packages containing a single cell (1EA = 1 cell)

Legal Information

Hellma is a registered trademark of Hellma GmbH
Suprasil is a registered trademark of HERAEUS QUARZGLAS GMBH & CO.

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Questo articolo
Z600393Z600334Z627062
description

High Performance Quartz Glass, spectral range 200-2,500 nm, pathlength 10 mm, chamber volume 50 μL

description

High Performance Quartz Glass, spectral range 200-2,500 nm, pathlength 10 mm, chamber volume 50 μL

description

High Performance Quartz Glass, spectral range 200-2,500 nm, pathlength 10 mm, chamber volume 160 μL

description

High Performance Quartz Glass, spectral range 200-2,500 nm, pathlength 10 mm, chamber volume 5 μL

manufacturer/tradename

Hellma 105.202-QS

manufacturer/tradename

Hellma 105.202-QS

manufacturer/tradename

Hellma 105.200-QS

manufacturer/tradename

Hellma 105.210-QS

material

Suprasil® quartz

material

Suprasil® quartz

material

Suprasil® quartz

material

Suprasil® quartz

technique(s)

photometry: suitable, UV/Vis spectroscopy: suitable

technique(s)

UV/Vis spectroscopy: suitable, photometry: suitable

technique(s)

UV/Vis spectroscopy: suitable, photometry: suitable

technique(s)

photometry: suitable, UV/Vis spectroscopy: suitable

pathlength

10 mm

pathlength

10 mm

pathlength

10 mm

pathlength

10 mm

detection method

photometric

detection method

photometric

detection method

photometric

detection method

photometric

description

2 polished windows

description

2 polished windows

description

2 windows

description

2 polished windows


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Questions

  1. Hello, I'm looking for a micro cuvette for both uv-vis absorption and photoluminescence. Ideally, the cuvette should have 3 windows, with optical-path 10mm for the absorption. Is the ultra micro cuvette (Z600415) suitable for this purpose?

    1 answer
    1. This product is not ideal for this specific purpose. This cuvette is designed with two polished windows for use in absorption experiments, making it unsuitable for photoluminescence experiments. High-quality quartz cuvettes designed for fluorescence experiments can function in UV-Vis absorption experiments, but they are typically designed with different considerations.

      Cuvettes designed for photoluminescence experiments usually have polished windows on all sides, as the detector is placed 90 degrees relative to the light path. Cuvettes designed for absorption experiments typically have two parallel polished windows and two parallel opaque windows, as the detector is placed in line with the light path. The opaque windows reduce light scattering, which decreases overall signal intensity. Cuvettes manufactured for these different purposes also generally have different path length tolerances.

      Using separate cuvettes for these different photometric techniques is recommended. For detailed assistance in selecting the ideal cuvettes, please contact Technical Service directly.

      Helpful?

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