Hellma Macro Cuvette 100 OS, 10mm Thickness, Optical Special Glass, 3500 µL with PTFE Cover

The Hellma Macro Cuvette 100 OS is crafted for precision spectroscopic applications, offering a 10mm path length for accurate light transmission measurements. Made from optical special glass, this cuvette provides high optical quality and is ideal for routine UV-Vis spectroscopy. With a 3500 µL capacity, it is suitable for a wide range of sample volumes while maintaining consistent and reliable results. The cuvette is equipped with a PTFE cover to protect the sample and prevent contamination during use.

Key Features:

• Brand: Hellma
• Material: Optical special glass, providing excellent transparency for UV-Vis measurements
• Capacity: 3500 µL, ideal for moderate volume samples
• Path Length: 10mm, commonly used for standard spectrophotometric analysis
• Cover: PTFE cover for sample protection and contamination prevention
• Applications: Suitable for UV-Vis spectrophotometry, chemical analysis, and routine laboratory measurements
• Wavelength Range: Optimal for 200-800 nm, covering a broad range of applications

This Hellma Macro Cuvette 100 OS is designed for laboratories requiring high-quality, precise measurements of moderate-volume samples in routine spectroscopic analyses. The PTFE cover adds an extra layer of protection to ensure sample integrity during use.

Frequently Asked Questions

1. What is the Hellma Macro Cuvette 100 OS, 10mm Thickness, Optical Special Glass, 3500 µL with PTFE Cover used for?

It is crafted for precision spectroscopic applications, offering a 10mm path length for accurate light transmission measurements. Made from optical special glass, this cuvette provides high optical quality and is ideal for routine UV-Vis spectroscopy. With a 3500 µL capacity, it is suitable for a wide range of sample volumes while maintaining consistent and reliable results. The cuvette is equipped with a PTFE cover to protect the sample and prevent contamination during use.

2. Is the Hellma Macro Cuvette 100 OS, 10mm Thickness, Optical Special Glass, 3500 µL with PTFE Cover suitable for UV-Vis spectrophotometry, chemical analysis, and routine laboratory measurements?

Yes. It is designed for UV-Vis spectrophotometry, chemical analysis, and routine laboratory measurements, and offers a capacity of 3500 µL, ideal for moderate volume samples and a path length of 10mm, commonly used for standard spectrophotometric analysis to support this kind of work.

3. What capacity and path length does the Hellma Macro Cuvette 100 OS, 10mm Thickness, Optical Special Glass, 3500 µL with PTFE Cover have?

It has a capacity of 3500 µL, ideal for moderate volume samples and a path length of 10mm, commonly used for standard spectrophotometric analysis, and is supplied under manufacturer part number 0100-10-20.

4. What is the Hellma Macro Cuvette 100 OS, 10mm Thickness, Optical Special Glass, 3500 µL with PTFE Cover made from and what features does it include?

It is made from optical special glass, providing excellent transparency for UV-Vis measurements. It also offers PTFE cover for sample protection and contamination prevention and optimal for 200-800 nm, covering a broad range of applications.

5. How does the Hellma Macro Cuvette 100 OS, 10mm Thickness, Optical Special Glass, 3500 µL with PTFE Cover compare with the BRAND Macro Polystyrene Cuvettes, 340–900 nm, 2.5–4.5 mL Capacity (Pack of 100) from BRAND?

For UV-Vis spectrophotometry, chemical analysis, and routine laboratory measurements, the Hellma model is the better choice, offering a capacity of 3500 µL, ideal for moderate volume samples and a path length of 10mm, commonly used for standard spectrophotometric analysis. The BRAND model offers a wavelength range of 340–900 nm and a volume capacity of 2.5–4.5 mL as an alternative, while the Hellma model's PTFE cover for sample protection and contamination prevention and optimal for 200-800 nm, covering a broad range of applications help make it a strong fit for UV-Vis spectrophotometry, chemical analysis, and routine laboratory measurements.