AM Scientific

Conductivity Standard – 1.30 µS/cm (250 mL)

Brand: Hamilton (likely Hamilton Company)

�� What It Is:

A conductivity standard solution used to calibrate conductivity meters or probes.
The value 1.30 µS/cm (microsiemens per centimeter) indicates the electrical conductivity of the solution at a specified temperature (commonly 25°C unless otherwise stated).

�� Purpose:

• Calibration of conductivity sensors

• Verification of instrument accuracy

• Quality control in laboratories

• Used in water testing, environmental monitoring, pharmaceuticals, and research labs

�� Volume:

• 250 mL

⚙️ Typical Use:

1. Pour a small amount into a clean beaker.

2. Insert the conductivity probe.

3. Adjust the meter to read 1.30 µS/cm.

4. Discard used solution (do not pour back into the bottle to avoid contamination).

�� Important Notes:

• Store tightly closed.

• Avoid contamination.

• Keep at recommended temperature.

• Check expiry date before use.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.