Hanna HI60007-02 pH 7.010 25°C Millesimal 25 x 20mL
The Hanna HI60007-02 pH 7.010 25°C Millesimal 25 x 20mL is a premium-quality pH 7.010 millesimal buffer solution, designed for precise calibration in the neutral range. It is NIST-traceable and comes with a Certificate of Analysis, ensuring both measurement accuracy and full traceability.
Features
Accurate Neutral pH Calibration
This buffer is ideal for applications requiring highly accurate neutral readings, including water purification plants, the food industry, aquaculture, and hydroponics. It is especially useful wherever the pH is expected to be neutral.
Fresh Solution for Every Use
The set contains 25 single-dose sachets (20 mL each), individually sealed to preserve freshness and prevent contamination. This guarantees that each calibration is performed with a newly opened solution.
UV-Protected Packaging
Special light-block sachets prevent UV degradation, avoiding oxidation that could alter the pH value. This ensures consistent reliability throughout the shelf life.
Traceability and Quality Control
Each sachet clearly shows the batch number, expiry date, and pH–temperature correlation table. A Certificate of Analysis is provided to confirm compliance with NIST standards.
Specifications
pH Value: 7.010 (millesimal)
Volume per Sachet: 20 mL
Quantity: 25 sachets per box
Standardization: NIST-traceable
Storage Temperature: 25°C, away from direct sunlight
Certification: Certificate of Analysis included
Applications
Suitable for calibration in:
Laboratories requiring neutral pH standards
Water quality monitoring in treatment facilities
Food and beverage testing
Aquatic and hydroponic systems
Best Practices for Calibration
For optimal results:
Clean electrodes with Hanna cleaning solution before calibration
Use fresh sachets for each calibration session
Store electrodes in Hanna maintenance/storage solution when not in use
pH 7.010 can also serve as an emergency electrode storage solution
You must be logged in to post a review.






Reviews
There are no reviews yet.