Ohaus Accessories Starter Cond 12.88 µS/cm 250 m

Ohaus Accessories Starter Cond 12.88 mS/cm 250 mL

Description

The Accessories Starter Ohaus Conductivity Standard Solution 12.88 mS/cm, 250 mL provides accurate and stable calibration for conductivity meters used in laboratories, schools, and industrial environments. Formulated to meet international quality standards, this solution delivers reliable performance for high-conductivity measurements. Its certified conductivity value of 12.88 mS/cm serves as an essential reference point for instruments analyzing samples with elevated ionic concentrations.

Features

• Accurate high-range calibration with a stable reference value of 12.88 mS/cm

• NIST traceable formulation ensuring global calibration reliability

• Ready-to-use solution requiring no dilution or preparation

• High purity and excellent stability to resist contamination and maintain consistency

• Secure 250 mL sealed packaging to prevent evaporation and preserve accuracy

• Temperature reference chart printed on the label for precise compensation

Applications

This Ohaus 12.88 mS/cm conductivity standard solution is ideal for laboratories, research centers, and industrial facilities that perform high-conductivity calibration. It is widely used in chemical manufacturing, wastewater treatment, environmental monitoring, and quality control processes. Its reliability ensures accurate and repeatable conductivity measurements across a broad range of analytical applications.

Specifications

• Accessory type: Conductivity standard solution

• Conductivity value: 12.88 mS/cm (12,880 µS/cm) at 25°C

• Volume: 250 mL

• Standards compliance: NIST traceable

• Temperature coefficient: Provided on the label for accurate compensation

• Storage conditions: Store at 10°C – 30°C, away from sunlight and heat sources

Conclusion

The Ohaus Accessories Starter Cond 12.88 mS/cm 250 mL solution delivers dependable, precise, and stable calibration for conductivity meters. Its certified value, strong purity, and ready-to-use design make it an essential standard for achieving accurate results in high-conductivity testing across laboratory and industrial environments.