The Unico Black 0.25ml Quartz Cuvette is compatible with both UV and visible light spectrophotometers, operating within the 170nm-2600nm wavelength range. This makes it suitable for a wide array of spectrophotometry applications.

This cuvette is designed with a 0.25ml capacity, making it ideal for situations where the sample volume is limited. It ensures accurate readings even with minimal sample.

The cuvette is constructed from high-quality quartz, providing excellent chemical resistance and optical clarity. This ensures accurate and reliable spectrophotometry results.

Yes, a lid is included with the Unico Black 0.25ml Quartz Cuvette to help prevent contamination and evaporation of the sample.

Yes, this cuvette is specifically designed for high-precision UV and Visible light spectrophotometry. This makes it ideal for quantitative analysis across various settings, including research and quality control.

Key features supporting its use in advanced analysis are:

• Broad Spectral Range: Constructed from quartz, it is compatible with UV light, covering an exceptionally wide operational range from 170nm up to 2600nm.
• Low Sample Volume: Its small 0.25ml capacity is crucial for experiments or procedures where minimizing sample consumption is necessary.
• Precision Path Length: It features a highly accurate 10mm interior path length and 1mm interior depth, ensuring reliable and repeatable measurement results.

The cuvette is suitable for use in the wavelength range of 170nm to 2600nm.

The cuvette has interior dimensions of 10 x 1 mm and a height of 45 mm. These dimensions are optimized for small sample volume analysis.

Each purchase of the Unico Black 0.25ml Quartz Cuvette includes both the cuvette body and a protective lid to ensure sample integrity and prevent evaporation or contamination.

The small 0.25ml capacity is ideal for laboratory settings where sample volume is limited, allowing for precise measurements with minimal material.

This cuvette features precision dimensions with a 10mm interior path length and a 1mm interior depth, which is crucial for achieving accurate and reliable measurements in spectrophotometry.