Supertek Class A Nessler Cylinder For Color Comparison

The Supertek 100 ml Class A Nessler Cylinder for Color Comparison, available as a pack of two with the product code 77.508.0100, represents a specialized laboratory instrument designed for accurate and precise colorimetric analyses. Crafted from high-quality borosilicate glass, these Nessler cylinders offer durability, transparency, and resistance to temperature variations.

Nessler cylinders play a crucial role in various chemical and environmental analyses, where the intensity of color serves as a key indicator of specific substance concentrations in a solution. The Class A designation ensures a high level of accuracy, making these cylinders suitable for applications requiring meticulous color comparisons in laboratory settings.

The 100 ml capacity of these cylinders is well-suited for experiments and procedures demanding larger sample volumes. The design features a wider diameter and a clear cylindrical shape, enhancing the visibility and comparison of colors in liquid samples. The wide mouth facilitates easy pouring and handling of samples, ensuring precision in measurements and observations.

The inclusion of two cylinders in the pack (77.508.0100) adds practicality to laboratory practices, allowing researchers to handle multiple samples or conduct parallel color comparisons with efficiency. This is particularly beneficial in experiments where consistent and reproducible color assessments are paramount for accurate analytical results.

Clear and precise markings on the cylinders ensure accurate volume measurements and provide a reference point for color comparisons. The Class A calibration, combined with the design features, allows for controlled pouring and easy handling, contributing to the overall efficiency of laboratory procedures.

In summary, the Supertek 100 ml Class A Nessler Cylinder for Color Comparison (77.508.0100) offers precision, transparency, and convenience for laboratories engaged in colorimetric analyses. The inclusion of two cylinders in the pack enhances their utility in experiments requiring the assessment of color intensity in larger liquid samples, providing researchers with a reliable tool for accurate and reproducible results in color-based analyses.