Hamilton Central Conductivity Standards 5 µS/cm, 250 mL, Accuracy +/-1%

The Hamilton Central Conductivity Standards 5 µS/cm, 250 mL, with an accuracy of +/-1%, are designed for the calibration of conductivity meters and probes. These standards provide reliable and precise conductivity measurements, ensuring accurate calibration for a variety of laboratory applications. Ideal for water testing, environmental studies, and chemical analysis, these standards help maintain consistent and reproducible results in your lab.

Key Features:

• Brand: Hamilton Central
• Conductivity Value: 5 µS/cm
• Accuracy: +/-1%
• Volume: 250 mL
• Application: Calibration of conductivity meters and probes
• Packaging: 250 mL bottle

Ensure precise conductivity measurements with the Hamilton Central Conductivity Standards, essential for accurate testing in laboratories and environmental research.

Frequently Asked Questions

1. What is the Hamilton Central Conductivity Standards 5 µS/cm, 250 mL, Accuracy +/-1% used for?

It are designed for the calibration of conductivity meters and probes. These standards provide reliable and precise conductivity measurements, ensuring accurate calibration for a variety of laboratory applications. Ideal for water testing, environmental studies, and chemical analysis, these standards help maintain consistent and reproducible results in your lab.

2. Is the Hamilton Central Conductivity Standards 5 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 5 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 5 µS/cm, 250 mL, Accuracy +/-1% have?

It has a conductivity value of 5 µS/cm and a volume of 250 mL, and is supplied under manufacturer part number 238926.

4. What accuracy does the Hamilton Central Conductivity Standards 5 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 5 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 5 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.