Accessories Starter Ohaus Cond 500 µS/cm 250 mL

Accessories Starter Ohaus Cond 500 µS/cm 250 mL

The Accessories Starter Ohaus Cond 500 µS/cm 250 mL ensures accurate and reliable calibration for conductivity meters in laboratories, schools, and industrial facilities. Because it adheres to international standards, this solution provides a dependable reference for mid-range conductivity measurements. Moreover, its certified value of 500 µS/cm allows precise calibration for instruments used in water quality testing and general analytical applications.

Features

• Accurate Mid-Range Calibration: The solution provides a stable conductivity value of 500 µS/cm, helping users achieve consistent and repeatable measurement results.

• NIST Traceable Quality: Furthermore, each batch is verified against NIST (National Institute of Standards and Technology) standards, ensuring calibration traceability and reliability.

• Ready-to-Use Formula: Since it is pre-mixed, users can immediately perform calibration without dilution or extra preparation.

• Excellent Stability: Thanks to its high-purity composition, the solution maintains long-term stability and resists contamination over repeated use.

• Secure Packaging: Moreover, the 250 mL sealed bottle protects the solution from evaporation and external contamination.

• Temperature Reference Table: The bottle label includes a temperature-conductivity conversion chart for accurate correction during calibration.

Specifications

• Accessory Type: Conductivity Standard Solution

• Conductivity Value: 500 µS/cm at 25°C

• Volume: 250 mL

• Standards Compliance: NIST traceable

• Temperature Coefficient: Provided on the label for compensation reference

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

Applications

The Ohaus 500 µS/cm Conductivity Standard Solution is ideal for laboratories, water testing facilities, and industrial operations that require accurate calibration of conductivity meters in moderate conductivity ranges. Additionally, it is widely used in environmental monitoring, water purification testing, and chemical research. As a result, this buffer ensures that conductivity instruments perform accurately and consistently across various analytical applications.