Reagecon Viscosity Standard N100, 500 ml

The Reagecon Viscosity Standard N100, 500 ml, is a high-precision calibration fluid used for verifying and calibrating viscometers and rheometers. Manufactured to exacting standards, this reference material ensures reliable and consistent viscosity measurements in both laboratory and industrial settings.

Key Features:

• Brand: Reagecon
• Type: Viscosity Standard
• Model: N100
• Volume: 500 ml
• Application: Calibration of viscometers and rheometers
• Certificate: Supplied with Certificate of Analysis

This certified standard fluid provides traceability to international standards, making it ideal for use in regulated environments and quality assurance processes.

Frequently Asked Questions

1. What is the Reagecon Viscosity Standard N100, 500 ml used for?

It is a high-precision calibration fluid used for verifying and calibrating viscometers and rheometers. Manufactured to exacting standards, this reference material ensures reliable and consistent viscosity measurements in both laboratory and industrial settings.

2. Is the Reagecon Viscosity Standard N100, 500 ml suitable for Calibration of viscometers and rheometers?

Yes. It is designed for Calibration of viscometers and rheometers, and offers a volume of 500 ml to support this kind of work.

3. What volume does the Reagecon Viscosity Standard N100, 500 ml have?

It has a volume of 500 ml, and is supplied under manufacturer part number REVISC-N100.

4. What type and certificate does the Reagecon Viscosity Standard N100, 500 ml offer?

It offers viscosity Standard, certificate of Analysis, certified between 20°C and 100˚C and in 500 ml glass bottle.

5. How does the Reagecon Viscosity Standard N100, 500 ml compare with the Mettler-Toledo Technical pH 5.00 Buffer Solution, ±0.02 pH, 250 mL from Mettler-Toledo?

For applications where volume of 500 ml is required, the Reagecon Viscosity Standard N100, 500 ml is a strong choice. The Mettler-Toledo Technical pH 5.00 Buffer Solution, ±0.02 pH, 250 mL offers volume of 250 mL, making it a suitable alternative when that specification better matches the application.