Hellma Macro Cuvette 100 QX, 10mm Thickness, Quartz Glass Suprasil, 300-3500 µL with PTFE Cover

The Hellma Macro Cuvette 100 QX is designed for precise and reliable measurements in spectroscopic applications. Constructed from high-quality Suprasil quartz glass, this cuvette offers excellent optical clarity and is ideal for a wide range of wavelengths from 300 to 3500 µL. The 10mm path length ensures optimal performance for accurate absorbance measurements. The cuvette is also equipped with a PTFE cover to prevent contamination and ensure durability during use in various laboratory environments.

Key Features:

• Brand: Hellma
• Material: Suprasil quartz glass for high optical transparency
• Capacity: 300-3500 µL, perfect for a variety of liquid samples
• Path Length: 10mm for accurate spectroscopic measurements
• Cover: Includes a PTFE cover for enhanced protection and to prevent contamination
• Applications: Ideal for UV-Vis spectrophotometry, chemical and biochemical analysis, and other laboratory measurements
• Wavelength Range: 300-3500 nm, suitable for a wide range of wavelengths in scientific analysis

This Hellma Macro Cuvette 100 QX is an essential tool for high-precision optical measurements, providing superior durability and consistent performance for various laboratory applications.

Frequently Asked Questions

1. What is the Hellma Macro Cuvette 100 QX, 10mm Thickness, Quartz Glass Suprasil, 300-3500 µL with PTFE Cover used for?

It is designed for precise and reliable measurements in spectroscopic applications. Constructed from high-quality Suprasil quartz glass, this cuvette offers excellent optical clarity and is ideal for a wide range of wavelengths from 300 to 3500 µL. The 10mm path length ensures optimal performance for accurate absorbance measurements. The cuvette is also equipped with a PTFE cover to prevent contamination and ensure durability during use in various laboratory environments.

2. Is the Hellma Macro Cuvette 100 QX, 10mm Thickness, Quartz Glass Suprasil, 300-3500 µL with PTFE Cover suitable for UV-Vis spectrophotometry, chemical and biochemical analysis, and other laboratory measurements?

Yes. It is designed for UV-Vis spectrophotometry, chemical and biochemical analysis, and other laboratory measurements, and offers a capacity of 300-3500 µL, perfect for a variety of liquid samples and a path length of 10mm for accurate spectroscopic measurements to support this kind of work.

3. What capacity and path length does the Hellma Macro Cuvette 100 QX, 10mm Thickness, Quartz Glass Suprasil, 300-3500 µL with PTFE Cover have?

It has a capacity of 300-3500 µL, perfect for a variety of liquid samples, a path length of 10mm for accurate spectroscopic measurements and a wavelength range of 300-3500 nm, suitable for a wide range of wavelengths in scientific analysis, and is supplied under manufacturer part number 100-10-46.

4. What is the Hellma Macro Cuvette 100 QX, 10mm Thickness, Quartz Glass Suprasil, 300-3500 µL with PTFE Cover made from and what features does it include?

It is made from suprasil quartz glass for high optical transparency. It also offers a PTFE cover for enhanced protection and to prevent contamination.

5. How does the Hellma Macro Cuvette 100 QX, 10mm Thickness, Quartz Glass Suprasil, 300-3500 µL with PTFE Cover compare with the Ratiolab Macro Cuvettes 4 mL, UV, in Styrofoam Rack, Pack of 100 from Ratiolab?

For UV-Vis spectrophotometry, chemical and biochemical analysis, and other laboratory measurements, the Hellma model is the better choice, offering a capacity of 300-3500 µL, perfect for a variety of liquid samples, a path length of 10mm for accurate spectroscopic measurements and a wavelength range of 300-3500 nm, suitable for a wide range of wavelengths in scientific analysis. The Ratiolab model offers a capacity of 4 mL and a wavelength range of 220 to 900 nm as an alternative, while the Hellma model's a PTFE cover for enhanced protection and to prevent contamination help make it a strong fit for UV-Vis spectrophotometry, chemical and biochemical analysis, and other laboratory measurements.