Product Description
glass cells (fused optical glass)
for visual & Automatic colorimeters
| Path length |
| 2.5mm |
| 5mm |
| 10mm |
| 15mm |
| 20mm |
| 25mm |
| 33mm |
| 40mm |
| 50mm |
| Path length |
| 100mm |
| 1/16 |
| 1/8 |
| ¼ |
| ½ |
| 1 |
| 2 |
| 5 |
| 6 |
Exceptional Optical Clarity and AccuracyThe fused optical glass cells are engineered to achieve high purity and clarity, resulting in outstanding light transmission greater than 90%. Accurate pathlengths, maintained within 0.01 mm, ensure reliable results, making them highly suitable for spectrophotometric measurements in scientific research and routine laboratory processes.
Versatile and Durable ConstructionManufactured from borosilicate or fused quartz, these cells are known for their excellent chemical resistance and robustness. The autoclavable properties allow for easy sterilization and repeated use, while customizable dimensions and capacities provide flexibility to adapt to various experimental requirements.
FAQs of GLASS CELLS (FUSED OPTICAL GLASS):
Q: How should fused optical glass cells be cleaned before reuse?
A: These cells can be safely cleaned using standard laboratory cleaning solutions due to their high chemical resistance. They are autoclavable, making steam sterilization a viable option for thorough cleaning. Ensure both the optical surfaces and edges are handled carefully to preserve their polished finish.
Q: What applications are fused optical glass cells suitable for?
A: Fused optical glass cells are compatible with most laboratory spectrophotometers and are widely used in quantitative spectrophotometric measurements, chemical analysis, and research experiments that require high optical clarity and accuracy.
Q: When is it necessary to customize the pathlength or capacity of the optical glass cell?
A: Customization is recommended when the standard 10 mm pathlength and available capacities (commonly 10 ml, 25 ml, 50 ml, or 100 ml) do not suffice for your experimental protocols or analytical requirements. Tailored dimensions are available upon request to better fit specific instruments or sample volumes.
Q: Where are fused optical glass cells typically manufactured and supplied from?
A: These cells are manufactured, exported, and supplied by various companies in India, catering to global demand with competitive standards in quality and customization as per manufacturer specifications.
Q: What is the process for ensuring accurate pathlength in optical glass cells?
A: During production, precision grinding and polishing techniques are applied to the optical glass body. Pathlength accuracy is carefully controlled and validated, meeting tolerances within 0.01 mm, ensuring consistent and precise results for analytical applications.
Q: How does the PTFE cap or stopper benefit the laboratory workflow?
A: The PTFE cap or stopper provides a secure seal for samples, minimizing contamination and evaporation during analysis. It also enables easy handling and improves sample integrity, especially important during sensitive measurements or storage.