Hanna (HI93719 - 01) Hardness, Magnesium, EDTA Method (100 Tests) - Isopure Water - HI93719 - 01
Hanna

Hanna (HI93719-01) Hardness, Magnesium, EDTA Method (100 Tests)

Product Code HI93719-01

$115.00
The Hanna HI93719-01 reagent kit delivers 100 precise EDTA titration tests for measuring magnesium hardness in water, expressed as calcium carbonate equivalents. Designed for laboratory or field use, this kit covers a range of 0.00 to 2.00 mg/L with reliable colorimetric analysis.
SPECIFICATIONS

Key Testing Parameters

Test Method
EDTA Titration
Colorimetric analysis
Measurement Range
0.00 – 2.00 mg/L
As CaCO₃
Tests Per Kit
100 Tests
Full reagent supply
Target Parameter
Magnesium Hardness
Mg-specific
Vendor
Hanna Instruments
Laboratory grade
Product Code
HI93719-01
OEM reagent pack
TECHNICAL DETAILS

Reagent Specifications

Model Number HI93719-01
Test Methodology EDTA complexometric titration with colorimetric endpoint
Measurement Range 0.00 to 2.00 mg/L (expressed as CaCO₃ equivalents)
Number of Tests 100 individual tests included
Parameter Measured Magnesium hardness (Mg²⁺ concentration)
Brand Hanna Instruments
Application Type Laboratory and field water quality testing
COMPATIBILITY & APPLICATIONS

Use Cases and System Integration

The HI93719-01 reagent pack is formulated for use with compatible Hanna photometers and colorimeters designed for hardness analysis. This EDTA method specifically targets magnesium hardness, making it ideal for monitoring water softening systems, boiler feedwater quality, aquaculture environments, and municipal water supplies where magnesium concentration affects scaling and corrosion. The kit integrates seamlessly with Hanna's broader water quality testing ecosystem, providing reliable data for treatment optimization and regulatory compliance reporting.

💧 Pro Tip: Store EDTA reagents in a cool, dark location and always check expiration dates before testing. Magnesium hardness readings help distinguish between calcium and magnesium contributions to total hardness, critical for tailoring ion exchange resin regeneration cycles in commercial water softening applications.