Horiba Potassium Electrode Filling Solution 500-K-IFS

Horiba Potassium Electrode Filling Solution 500-K-IFS

The Horiba Potassium Electrode Filling Solution 500-K-IFS helps users maintain compatible potassium ion selective electrodes during laboratory ion measurement. Moreover, this filling solution supports the internal electrode system, helping users keep the electrode ready for potassium ion analysis. In addition, the 500 ml bottle size supports repeated use for routine electrode maintenance, laboratory preparation, and quality control workflows. Furthermore, this solution works well for laboratories that perform water quality testing, environmental analysis, industrial sample monitoring, research analysis, and ion-selective electrode measurement. As a result, this reagent supports more reliable potassium ion testing when users follow the correct electrode method and maintenance procedure.

Key Features

Electrode Filling Support

• Horiba 500-K-IFS functions as a potassium ion selective electrode filling solution.
• Moreover, the solution helps users refill or maintain compatible potassium ion electrodes according to the correct electrode procedure.
• In addition, proper filling solution use helps support stable electrode performance during potassium ion measurement.
• Therefore, users can maintain better measurement consistency during routine ion analysis.

Potassium Ion Measurement Workflow

• This filling solution supports potassium ion testing in laboratory and quality control applications.
• Moreover, users can apply it as part of potassium ion selective electrode maintenance before sample measurement.
• In addition, potassium ion testing helps users evaluate dissolved potassium levels, sample composition, process water quality, and research samples.
• Furthermore, the solution supports workflows that require stable electrode condition and proper internal filling solution.
• As a result, 500-K-IFS provides practical support for routine potassium ion analysis.

Handling and Storage

• Users should handle this solution according to the product label and safety data sheet.
• Moreover, the bottle should remain tightly closed when not in use to reduce contamination risk.
• In addition, users should store the solution properly according to laboratory procedures.
• Finally, users should follow internal safety procedures, wear suitable protective equipment, and avoid improper disposal.

Specifications

General Information

• Product Name: Horiba Potassium Electrode Filling Solution 500-K-IFS
• Model: 500-K-IFS
• Product Type: Potassium electrode filling solution
• Parameter Support: Potassium ion measurement
• Application: Potassium ion selective electrode maintenance and inner filling solution
• Volume: 500 ml
• Manufacturer: HORIBA Advanced Techno Co., Ltd.
• Suitable Use: Laboratory testing, water quality analysis, environmental testing, industrial sample analysis, research analysis, and quality control

Applications

Water Quality and Environmental Analysis

• Horiba Potassium Electrode Filling Solution 500-K-IFS supports potassium ion measurement workflows in water quality and environmental testing laboratories.
• Moreover, laboratories can use this solution when preparing or maintaining compatible potassium ion selective electrodes.
• In addition, environmental testing teams can apply potassium ion measurement for surface water, groundwater, treated water, wastewater, and process water analysis.

Industrial and Laboratory Testing

• Industrial laboratories can use this filling solution to support potassium ion analysis in process water, production samples, and quality control samples.
• Furthermore, research laboratories can use the solution for potassium ion method development, sample preparation, and measurement verification.
• Meanwhile, educational laboratories can use it for ion selective electrode demonstrations and analytical chemistry practice.
• Therefore, the electrode filling function, 500 ml volume, and potassium ion measurement support make Horiba 500-K-IFS suitable for professional potassium ion selective electrode workflows.