SI Analytics Electrolyte Test Solution, 250 mL

The SI Analytics Electrolyte Test Solution, 250 mL is a 3 mol/L sterile potassium chloride solution (Type L 3004), ideal for storing pH electrodes. Designed to prevent electrode dehydration, this high-purity KCl solution helps maintain reference junction integrity and measurement reliability over time.

Key Features:

• Brand: SI Analytics
• Type: Electrolyte Test Solution, Type L 3004
• Concentration: 3 mol/L Potassium Chloride (KCl)
• Volume: 250 mL
• Form: Sterile liquid
• Application: pH electrode storage
• Packaging: Individual bottle

Ensure long-term accuracy and extend the lifespan of your pH probes with SI Analytics’s trusted KCl storage solution.

Frequently Asked Questions

1. What is the SI Analytics Electrolyte Test Solution, 250 mL used for?

It is a 3 mol/L sterile potassium chloride solution (Type L 3004), ideal for storing pH electrodes. Designed to prevent electrode dehydration, this high-purity KCl solution helps maintain reference junction integrity and measurement reliability over time.

2. Is the SI Analytics Electrolyte Test Solution, 250 mL suitable for pH electrode storage?

Yes. It is designed for pH electrode storage, and offers a concentration of 3 mol/L Potassium Chloride (KCl) and a volume of 250 mL to support this kind of work.

3. What concentration and volume does the SI Analytics Electrolyte Test Solution, 250 mL have?

It has a concentration of 3 mol/L Potassium Chloride (KCl) and a volume of 250 mL, and is supplied under manufacturer part number 285138427.

4. What type and form does the SI Analytics Electrolyte Test Solution, 250 mL offer?

It offers electrolyte Test Solution, Type L 3004 and sterile liquid.

5. How does the SI Analytics Electrolyte Test Solution, 250 mL compare with the Xylem WTW Electrolyte Solution ELY/G, 50 ml for Oxygen Electrodes CellOx from Xylem WTW?

For pH electrode storage, the SI Analytics model has the edge: it offers a larger volume than the Xylem WTW model (250 mL versus 50 ml), along with a concentration of 3 mol/L Potassium Chloride (KCl). The Xylem WTW model offers a volume of 50 ml by comparison.