Hanna HI4012-01 Lead ISE 0.1M Standard 500 mL
The Hanna HI4012-01 Lead ISE 0.1M Standard 500 mL is a high-quality 0.1M standard solution formulated for the calibration and validation of lead ion-selective electrodes (ISEs). Designed for both direct measurement and incremental techniques, this standard ensures accurate, reliable, and repeatable lead ion measurements across a wide range of applications.
Features
High-Purity 0.1M Lead Standard: Ideal for precise calibration of lead ISEs.
Suitable for Multiple Methods: Designed for use with both direct measurement and incremental analysis methods.
Traceable Quality: Comes with a certificate of analysis specifying concentration and lot number for quality assurance.
Reliable Volume: Supplied in a durable 500 mL bottle, suitable for repeated use in lab environments.
Broad Compatibility: Works seamlessly with Hanna’s lead ISEs and other compatible electrochemical systems.
Specifications
| Parameter | Value |
|---|---|
| Product Code | HI4012-01 |
| Type | ISE Standard Solution |
| Ion Type | Lead (Pb²⁺) |
| Concentration | 0.1M |
| Volume | 500 mL |
| Container Type | Bottle (Flacone) |
| Certification | Includes Certificate of Analysis |
| Shelf Life | Up to 5 years (unopened) |
| Storage Conditions | Room temperature, tightly sealed |
Application Guidelines
Calibration Requirement: Use this standard solution to calibrate lead ion-selective electrodes at one or more concentration points.
Use with ISA: For best results, add the appropriate Ionic Strength Adjuster (ISA) to both the standard and sample solutions to ensure consistent ionic strength.
Applicable Methods: Ideal for use in direct potentiometric measurements, standard addition, or incremental techniques.
Applications
The HI4012-01 Lead Standard is suitable for:
Environmental Testing: Determination of lead levels in water, soil, and industrial waste.
Industrial Quality Control: Monitoring lead contamination in manufacturing and materials.
Educational and Research Laboratories: Accurate calibration for academic studies and experiments.
Food and Beverage Safety: Assessing trace levels of lead in consumables.
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