Conductivity Standards
Related Documents & Information
We also supply:
- Conductivity Standard 25 µS
- Conductivity Standard 30 µS
- Conductivity Standard 50 µS
- Conductivity Standard 70 µS
- Conductivity Standard 84 µS
- Conductivity Standard 85 µS
- Conductivity Standard 90 µS
- Conductivity Standard 100 µS
- Conductivity Standard 147 µS
- Conductivity Standard 150 µS
- Conductivity Standard 200 µS
- Conductivity Standard 350 µS
- Conductivity Standard 400 µS
- Conductivity Standard 500 µS
- Conductivity Standard 650 µS
- Conductivity Standard 718 µS
- Conductivity Standard 720 µS
- Conductivity Standard 830 µS
- Conductivity Standard 850 µS
- Conductivity Standard 900 µS
- Conductivity Standard 950 µS
- Conductivity Standard 1000 µS
- Conductivity Standard 1150 µS
- Conductivity Standard 1200 µS
- Conductivity Standard 1250 µS
- Conductivity Standard 1413 µS
- Conductivity Standard 1420 µS
- Conductivity Standard 1500 µS
- Conductivity Standard 1900 µS
- Conductivity Standard 2000 µS
- Conductivity Standard 2500 µS
- Conductivity Standard 2765 µS
- Conductivity Standard 3000 µS
- Conductivity Standard 4000 µS
- Conductivity Standard 5000 µS
- Conductivity Standard 7500 µS
- Conductivity Standard 10000 µS
- Conductivity Standard 12880 µS
- Conductivity Standard 15000 µS
- Conductivity Standard 20000 µS
- Conductivity Standard 25000 µS
- Conductivity Standard 30000 µS
- Conductivity Standard 35000 µS
- Conductivity Standard 40000 µS
- Conductivity Standard 90000 µS
- Conductivity Standard 100000 µS
- Conductivity Standard 150000 µS
This is our most popular Conductivity Standards - Conductivity Standard 20 µS
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Why Buy Conductivity Standards Online from UK Chemical Suppliers, ReAgent Chemicals?
Conductivity Standards from ReAgent are accurately standardized and labelled with the determined value. They are traceable to N.I.S.T. standard reference materials. Our solutions are supplied in HDPE (High Density Polyethylene) bottles and are commonly used for calibrating conductivity meters. The solutions are clear and colorless in appearance.
Conductivity Standards are used to measure impurities in water. This is done by passing an electrical current through water, the strength of which determines the level of impurities. Water with high levels of impurities will conduct a stronger current than water with very low impurity levels. Conductivity readings are given in siemens per cm or microsiemens per cm. Microsiemens are one millionth the strength of siemens. Whilst conductivity is measured in siemens, at the opposite end of the scale, resistance is measured in ohms. Outside of the chemical industry, more people are familiar with measuring ohms than siemens.
Water without any impurities whatsoever will have a conductivity reading of zero. However in practice under regular conditions, this is unachievable because once water is exposed to the atmosphere (like when a lid is removed from a container) the water will instantly start to absorb matter from the air. Don’t let this mislead you though – we supply water which can be used for pharmaceutical applications which has a conductivity reading of below 5.1 microsiemens per cm, and is often well below this. Although technically there are some dissolved solids in the water, this only accounts for about 3 parts in every million!
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