Hamilton Central Conductivity Standards 1.3 µS/cm, 250 mL, Accuracy +/-1%

The Hamilton Central Conductivity Standards 1.3 µS/cm, 250 mL, with an accuracy of +/-1%, are ideal for calibrating conductivity meters and probes in laboratory settings. These high-quality standards ensure reliable and accurate conductivity measurements, making them essential for environmental studies, water quality testing, and chemical analysis. With a 1.3 µS/cm conductivity value and a 250 mL volume, they offer consistent results for precise calibration.

Key Features:

• Brand: Hamilton Central
• Conductivity Value: 1.3 µS/cm
• Accuracy: +/-1%
• Volume: 250 mL
• Application: Calibration of conductivity meters and probes
• Packaging: 250 mL bottle

The Hamilton Central Conductivity Standards 13 µS/cm, 250 mL, are perfect for ensuring precise and consistent conductivity measurements in laboratory, environmental, and chemical applications.

Frequently Asked Questions

1. What is the Hamilton Central Conductivity Standards 1.3 µS/cm, 250 mL, Accuracy +/-1% used for?

It are ideal for calibrating conductivity meters and probes in laboratory settings. These high-quality standards ensure reliable and accurate conductivity measurements, making them essential for environmental studies, water quality testing, and chemical analysis. With a 1.3 µS/cm conductivity value and a 250 mL volume, they offer consistent results for precise calibration.

2. Is the Hamilton Central Conductivity Standards 1.3 µS/cm, 250 mL, Accuracy +/-1% suitable for Calibration of conductivity meters and probes?

Yes. It is designed for Calibration of conductivity meters and probes, and offers a conductivity value of 1.3 µS/cm and a volume of 250 mL to support this kind of work.

3. What conductivity value and volume does the Hamilton Central Conductivity Standards 1.3 µS/cm, 250 mL, Accuracy +/-1% have?

It has a conductivity value of 1.3 µS/cm and a volume of 250 mL, and is supplied under manufacturer part number 238973.

4. What accuracy does the Hamilton Central Conductivity Standards 1.3 µS/cm, 250 mL, Accuracy +/-1% offer?

It offers +/-1%, traceable to NIST, certificate including actual value and expiration date and actual value and expiration date on bottle.

5. How does the Hamilton Central Conductivity Standards 1.3 µS/cm, 250 mL, Accuracy +/-1% compare with the Mettler-Toledo Conductivity Standards 84 µS/cm, 250 ml from Mettler-Toledo?

For Calibration of conductivity meters and probes, the Hamilton model is the better choice, offering a conductivity value of 1.3 µS/cm and a volume of 250 mL. The Mettler-Toledo model offers a conductivity of 84 µS/cm and a volume of 250 ml as an alternative, while the Hamilton model's +/-1% and traceable to NIST help make it a strong fit for Calibration of conductivity meters and probes.