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Conductivity Standard, 100 S/cm at 25C (47.2 ppm TDS as NaCl)
Item #: 82818362

Conductivity Standard, 100 S/cm at 25C (47.2 ppm TDS as NaCl)

Item #: 82818362

ANG 79

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What Stands Out

High Precision
Ensures accurate and reliable conductivity measurement at 100 µS/cm, critical for laboratories and industrial applications, setting a standard for quality in water analysis.
Temperature Calibration
Maintains consistency with a specified temperature of 25°C, allowing users to achieve accurate results regardless of external temperature fluctuations.
TDS Conversion
Effectively translates conductivity values into Total Dissolved Solids (TDS), providing clarity on water quality with an equivalent of 47.2 ppm, making it ideal for aquaculture and environmental monitoring.

Product Details

Shop Conductivity Standard, 100 S/cm at 25C (47.2 ppm TDS as NaCl) online at a best price in Sint Maarten. B08QDN32WL
Item Weight1 lbs (450 grams)

Who Should Buy?

Suitable For
  • Laboratory Technicians

    Ideal for lab technicians needing precise calibration for conductivity meters and other analytical instruments.

  • Water Quality Analysts

    Useful for analysts monitoring water quality in aquaculture, environmental testing, and water treatment facilities.

  • Educational Institutions

    Great for educational purposes in chemistry classes, allowing students to learn about conductivity measurements and solutions.

Not Suitable For
  • Industrial Applications

    May not meet the high accuracy demands required in large-scale industrial processes with varying conditions.

  • High Salinity Environments

    Not suitable for environments with salinity levels significantly higher than 47.2 ppm, affecting calibration accuracy.

  • Non-Conductive Solutions

    Ineffective for testing solutions that are not conductive, limiting its use in certain types of chemical analyses.

Product Description

Conductivity Standard, 100 S/cm at 25C (47.2 ppm TDS as NaCl)

Have any Query? Chat with us

Customer Questions & Answers

  • Question: What is a conductivity standard and why is it important?

    Answer: A conductivity standard is a solution with a known conductivity value, used to calibrate conductivity meters to ensure accuracy. It's important because it provides a reference point against which measurements can be compared, ensuring precise results in various applications such as water quality testing, laboratory experiments, and industrial processes.
  • Question: How is the 100 S/cm conductivity standard prepared?

    Answer: The 100 S/cm conductivity standard is prepared by dissolving a specific amount of sodium chloride (NaCl) in purified water to achieve a total dissolved solids (TDS) level of 47.2 ppm. This ratio is crucial as it standardizes the conductivity measurement across different environments, ensuring consistency and reliability in testing and analysis.
  • Question: In what applications is the Conductivity Standard used?

    Answer: The Conductivity Standard is widely used in environmental testing, so industries can assess water quality, in laboratories for research purposes, and in aquaculture to monitor water conditions. For example, it can help ensure that aquatic life is kept in optimal conditions, confirming that ionic concentrations are within safe ranges.
  • Question: Can I use this standard for low conductivity measurements?

    Answer: Yes, the 100 S/cm conductivity standard can be utilized for calibrating equipment that measures low to moderate conductivity levels. Calibrating at this known standard allows devices to provide accurate readings in various applications, including wastewater management and drinking water quality assessments.
  • Question: How does temperature affect conductivity measurements?

    Answer: Conductivity readings can vary significantly with temperature. The standard at 25°C serves as a benchmark because conductivity increases with temperature. Therefore, it's crucial to compensate for temperature variations during measurements to maintain accuracy, enabling reliable data across different environmental conditions.
  • Question: Is the 100 S/cm standard safe to handle?

    Answer: Yes, the 100 S/cm conductivity standard, composed primarily of sodium chloride, is generally safe to handle. However, standard lab safety practices, such as wearing gloves and eye protection, should always be adhered to when working with chemical solutions to prevent any potential irritation or adverse reactions.
  • Question: How often should I calibrate my conductivity meter using this standard?

    Answer: It is recommended to calibrate your conductivity meter before each use or at least daily when measuring critical parameters. Frequent calibration ensures accuracy and reliability, particularly in environments where conductivity values can change rapidly, such as in aquaculture or hydroponics.
  • Question: Can this conductivity standard be stored long-term?

    Answer: The 100 S/cm conductivity standard can be stored for a reasonable duration, but it should be kept in a cool, dark place and tightly sealed to avoid contamination or evaporation. However, for the most accurate results, it's advisable to prepare fresh standards regularly, especially before critical measurements.
  • Question: How does the 100 S/cm standard compare to other conductivity standards?

    Answer: The 100 S/cm standard is ideal for moderate conductivity measurements, making it suitable for applications in agriculture and aquaculture. Compared to lower or higher standards, it provides a perfect calibration reference point, allowing for precise readings across a diverse range of conditions and ensuring robust data analysis.
  • Question: Where can I buy Conductivity Standard, 100 S/cm at 25 C 47.2 ppm TDS as NaCl in Sint Maarten?

    Answer: You can purchase the Conductivity Standard, 100 S/cm at 25 C 47.2 ppm TDS as NaCl from Ubuy. They offer a variety of lab solutions and equipment, making it convenient to find the specific standards you need for accurate conductivity measurements in your applications.

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Pros

  • Highly accurate conductivity measurement
  • Stable standard solution
  • Compatible with various instruments
  • Wide temperature range stability
  • Easy to use and prepare

Cons

  • Limited shelf life

Product Price History

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