BG-106 Optical Glass Cuvette 30mm Path Length 10.5ml

Description

Introduction

The BG-106 Optical Glass Cuvette is a precision-engineered instrument designed for high-sensitivity spectrophotometric measurements. Crafted for researchers who demand accuracy, this cuvette provides the optical clarity needed to ensure your light-path data remains consistent and reliable across every test cycle.

Key Features

– Made from high-grade optical glass for maximum light transmission.

– Precision 30mm path length for standardized testing requirements.

– Generous 10.5ml volume capacity for larger sample handling.

– Robust construction with outside dimensions of 45×12.5×32.5 mm.

– Exceptional chemical resistance against common laboratory solvents.

– Smooth, polished interior surfaces to prevent sample adhesion.

Benefits

Using high-quality glassware is the most effective way to eliminate variables in your research. The BG-106 provides the stability needed to ensure that your readings are not compromised by poor material quality or surface imperfections. By choosing this cuvette, you minimize the risk of light refraction errors and improve the overall efficiency of your laboratory workflows, leading to faster and more accurate data collection.

Usage / How to Use

This cuvette is designed for use in standard spectrophotometers and analytical instruments. Before use, ensure the optical windows are cleaned with non-abrasive lens paper and an appropriate solvent. Fill the cuvette with your liquid sample, place it into the instrument cell holder with the clear optical windows aligned with the light path, and run your analysis. After use, rinse thoroughly with deionized water or a mild cleaning solution to maintain the integrity of the glass.

Why Choose This Product

The BG-106 stands out due to its strict manufacturing tolerances and reliable optical performance. It is a cost-effective solution for laboratories that refuse to compromise on quality. When you choose this product, you are investing in a durable tool that reduces the need for frequent replacements, saving your lab time and money while ensuring reproducible results.