![[:lt]pH 10.01 Techninio kalibravimo buferiniai maišeliai (25 x 20 ml) - HI50010-02[:en]pH 10.01 Technical Calibration Buffer Sachets (25 x 20mL) - HI50010-02[:]](https://hannainst.lt/wp-content/uploads/2018/11/hi50010.jpg)
![[:lt]HI70030C 12880 µS/cm Laidumo standartas (25 x 20 ml)[:en]HI70030C 12880 µS/cm Conductivity Standard (25 x 20mL)[:]](https://hannainst.lt/wp-content/uploads/2018/11/HI70030C_full.jpg)
HI70030P is a premium quality 12,880 µS/cm conductivity solution that is NIST traceable and contained in portable single-use sachets. Each sachet has the lot number and expiration date stamped on it and is made of light block foil ensuring freshness each time one is opened. Hanna’s line of conductivity solutions have been specially formulated to have an expiration of 5 years from the date of manufacture for an unopened sachet. The HI70030P is for 25 sachets containing 20 mL of solution.
Temperature chart of the actual µS/cm value at various temperatures printed on each bottle
Convenient packaging for one time use
Details
HI70030P is a premium quality 12,880 µS/cm conductivity solution standardized with a conductivity meter that has been calibrated with potassium chloride NIST 2202 SRM (Standard Reference Material) in deionized water for analytical use in accordance with ISO 3696/BS3978. Additional equipment used in preparation of the solutions include certified weight-checked balances, Class A glassware and certified thermometers.
Convenience of individual packaging
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Ideal for users that do not calibrate frequently
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Ideal for field use due to portability
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Every sachet is as fresh as the day it was packaged
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Light block packaging prevents oxidation from UV light that could alter the value
Each sachet marked with lot number and expiration date
- Hanna solutions are specially formulated to have an expiration of 5 years from manufacture for an unopened sachet.
| Description | conductivity standard |
|---|---|
| Certificate of Analysis | no |
| Package | sachets |
| Quantity | 25 |
| Size | 20 mL |
| EC Value @25°C | 12880 µS/cm |
