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HI7034L 80000 µS/cm Conductivity Standard (500mL Bottle)

HI7034L 80000 µS/cm Conductivity Standard (500mL Bottle)

HI7034L is a premium quality 80,000 µS/cm conductivity standard that is prepared against a NIST traceable potassium chloride solution. Hanna conductivity solutions have the lot number and expiration date clearly marked on the label and are air tight with a tamper-proof seal to ensure the quality of the solution. Hanna’s line of conductivity standards have been specially formulated to have an expiration of 5 years from the date of manufacture for an unopened bottle.

HI7034L is a premium quality 80,000 µS/cm conductivity standard that is prepared against a NIST traceable potassium chloride solution. Hanna conductivity solutions have the lot number and expiration date clearly marked on the label and are air tight with a tamper-proof seal to ensure the quality of the solution. Hanna’s line of conductivity standards have been specially formulated to have an expiration of 5 years from the date of manufacture for an unopened bottle.

Temperature chart of the actual µS/cm value at various temperatures printed on each bottle

 

 

 

 

Air tight bottle with tamper-proof seal to ensure quality

 

 

 

 

 

Details

H7034L is a premium quality 80,000 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.

 

Air tight bottle with tamper-proof seal

  • Ensures quality and freshness of solution

 

Each bottle marked with lot number and expiration date.

  • Hanna buffers are specially formulated to have an expiration of 5 years from manufacture for an unopened bottle.

 

Specifications

Specifications 
µS/cm @25°C80000 µS/cm
Packagebottles
Size500 mL
Quantity1
Certificate of AnalysisNo