Hellma Ultra Micro Cells 105.210 QS with PE Stopper, 10 µL Filling Volume, 10mm Path Length, 15mm Centre Height

The Hellma Ultra Micro Cells 105.210 QS are designed for precise spectrophotometric measurements with ultra-small sample volumes. Featuring a 10 µL filling volume and a 10mm path length, these micro cells offer exceptional optical clarity and accuracy. The high-quality quartz construction ensures minimal light absorption, making it perfect for high-sensitivity applications in UV-Vis spectrophotometry. The PE stopper included with the micro cell prevents contamination and evaporation, ensuring sample integrity during analysis.

Key Features:

• Brand: Hellma
• Material: High-quality quartz for superior optical performance
• Filling Volume: 10 µL, ideal for ultra-small sample volumes
• Path Length: 10mm for precise light absorption measurements
• Centre Height: 15mm for enhanced optical alignment
• Stopper: PE stopper prevents contamination and evaporation
• Applications: Suitable for high-sensitivity UV-Vis spectroscopy and other analytical applications requiring small volumes

These Hellma Ultra Micro Cells are perfect for laboratories and research facilities requiring high-precision analysis with minimal sample volumes. Their exceptional optical quality and reliable design make them ideal for accurate spectrophotometry in both routine and advanced applications.

Frequently Asked Questions

1. What is the Hellma Ultra Micro Cells 105.210 QS with PE Stopper, 10 µL Filling Volume, 10mm Path Length, 15mm Centre Height used for?

It are designed for precise spectrophotometric measurements with ultra-small sample volumes. Featuring a 10 µL filling volume and a 10mm path length, these micro cells offer exceptional optical clarity and accuracy. The high-quality quartz construction ensures minimal light absorption, making it perfect for high-sensitivity applications in UV-Vis spectrophotometry. The PE stopper included with the micro cell prevents contamination and evaporation, ensuring sample integrity during analysis.

2. Is the Hellma Ultra Micro Cells 105.210 QS with PE Stopper, 10 µL Filling Volume, 10mm Path Length, 15mm Centre Height suitable for high-sensitivity UV-Vis spectroscopy and other analytical applications requiring small volumes?

Yes. It is designed for high-sensitivity UV-Vis spectroscopy and other analytical applications requiring small volumes, and offers a filling volume of 10 µL, ideal for ultra-small sample volumes and a path length of 10mm for precise light absorption measurements to support this kind of work.

3. What filling volume and path length does the Hellma Ultra Micro Cells 105.210 QS with PE Stopper, 10 µL Filling Volume, 10mm Path Length, 15mm Centre Height have?

It has a filling volume of 10 µL, ideal for ultra-small sample volumes, a path length of 10mm for precise light absorption measurements and a centre height of 15mm for enhanced optical alignment, and is supplied under manufacturer part number 1052101015-40.

4. What is the Hellma Ultra Micro Cells 105.210 QS with PE Stopper, 10 µL Filling Volume, 10mm Path Length, 15mm Centre Height made from and what features does it include?

It is made from high-quality quartz for superior optical performance. It also offers PE stopper prevents contamination and evaporation.

5. How does the Hellma Ultra Micro Cells 105.210 QS with PE Stopper, 10 µL Filling Volume, 10mm Path Length, 15mm Centre Height compare with the Starna Macro Cell Type 1, 100mm Optical Path Length Quartz Glass, 35ml, Non Sealing PTFE-Plug?

For labware accessories applications, the Hellma Ultra Micro Cells 105.210 QS with PE Stopper, 10 µL Filling Volume, 10mm Path Length, 15mm Centre Height is differentiated by material High-quality quartz for superior optical performance and filling volume 10 µL, ideal for ultra-small sample volumes. The Starna Macro Cell Type 1, 100mm Optical Path Length Quartz Glass, 35ml, Non Sealing PTFE-Plug from Starna is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.