Hellma Macro Cuvette 111 QS, 10x10 mm, Quartz Glass, Suprasil, 3500 µL with PTFE Stopper

The Hellma Macro Cuvette 111 QS is an ideal choice for high-precision UV-Vis spectroscopy, designed to deliver excellent optical clarity and exceptional durability. Crafted from Suprasil quartz glass, it offers superior transmission across the UV-Vis spectrum, making it perfect for both routine and research applications. With a 10x10 mm cross-section and a 10 mm path length, it provides optimal performance for accurate measurements. The 3500 µL capacity and PTFE stopper ensure secure sealing and convenience during analysis. This cuvette is an essential tool for researchers and analysts seeking reliable performance in laboratory experiments.

Key Features:

• Brand: Hellma
• Material: Suprasil Quartz Glass, known for its excellent optical properties
• Dimensions: 10x10 mm cross-section, 10 mm path length
• Capacity: 3500 µL, suitable for larger sample volumes
• Wavelength Range: Ideal for UV and visible light (200-800 nm)
• Included PTFE Stopper: Ensures secure sealing of samples during analysis
• Applications: UV-Vis spectroscopy, chemical analysis, pharmaceuticals, and biological research

The Hellma Cuvette 111 QS is trusted for its high performance, providing accurate and consistent results. Its quartz construction is resistant to thermal and mechanical shock, ensuring long-lasting reliability in the lab.

Frequently Asked Questions

1. What is the Hellma Macro Cuvette 111 QS, 10x10 mm, Quartz Glass, Suprasil, 3500 µL with PTFE Stopper used for?

It is an ideal choice for high-precision UV-Vis spectroscopy, designed to deliver excellent optical clarity and exceptional durability. Crafted from Suprasil quartz glass, it offers superior transmission across the UV-Vis spectrum, making it perfect for both routine and research applications. With a 10x10 mm cross-section and a 10 mm path length, it provides optimal performance for accurate measurements. The 3500 µL capacity and PTFE stopper ensure secure sealing and convenience during analysis. This cuvette is an essential tool for researchers and analysts seeking reliable performance in laboratory experiments.

2. Is the Hellma Macro Cuvette 111 QS, 10x10 mm, Quartz Glass, Suprasil, 3500 µL with PTFE Stopper suitable for UV-Vis spectroscopy, chemical analysis, biological research, pharmaceutical testing?

Yes. It is designed for UV-Vis spectroscopy, chemical analysis, biological research, pharmaceutical testing, and offers dimensions of 10x10 mm cross-section, 10 mm path length and a capacity of 3500 µL, suitable for larger sample volumes to support this kind of work.

3. What dimensions and capacity does the Hellma Macro Cuvette 111 QS, 10x10 mm, Quartz Glass, Suprasil, 3500 µL with PTFE Stopper have?

It has dimensions of 10x10 mm cross-section, 10 mm path length and a capacity of 3500 µL, suitable for larger sample volumes, and is supplied under manufacturer part number 101-10-40.

4. What is the Hellma Macro Cuvette 111 QS, 10x10 mm, Quartz Glass, Suprasil, 3500 µL with PTFE Stopper made from and what features does it include?

It is made from suprasil Quartz Glass, known for its excellent optical properties. It also offers ideal for UV and visible light (200-800 nm) and secure sealing of samples during analysis.

5. How does the Hellma Macro Cuvette 111 QS, 10x10 mm, Quartz Glass, Suprasil, 3500 µL with PTFE Stopper compare with the LLG Macro Cuvettes 4 mL PS, Path Length 10 mm, Styrofoam Magazine, Pack of 100 from LLG?

For UV-Vis spectroscopy, chemical analysis, biological research, pharmaceutical testing, the Hellma model is the better choice, offering dimensions of 10x10 mm cross-section, 10 mm path length and a capacity of 3500 µL, suitable for larger sample volumes. The LLG model offers a capacity of 4 mL and a path length of 10 mm as an alternative, while the Hellma model's ideal for UV and visible light (200-800 nm) and secure sealing of samples during analysis help make it a strong fit for UV-Vis spectroscopy, chemical analysis, biological research, pharmaceutical testing.