Aluminum Test Kit

The Aluminum Test Kit is designed to quickly and reliably measure Al⁻ ions found in water. It can be used in drinking water, process water, wastewater treatment outlet controls, and industrial applications. The color change is compared with the included color scale to determine the aluminum concentration. It provides accurate measurements in the range of 0.00–0.80 mg/L (ppm). It gives clear and stable results in approximately 10 minutes. One kit is suitable for an average of 50 tests. It maintains its stability for 24 months unopened and 12 months after opening.

Where and Why Should It Be Measured?

Drinking Water and Treatment Plants

In coagulation processes, aluminum-based coagulants (e.g., aluminum sulfate, polyaluminum chloride) are generally used. In case of overdose or insufficient drainage, residual alkali may pass into drinking water.

Why is it measured?

• Compliance with regulation limits

• Coagulant dose optimization

• Filtration performance control

• Consumer safety

Even at low ppm levels, control is important for process stability.

It is critical.

Textile Dyeing and Finishing Processes

Aluminum ions in the textile industry;

• In some mordant systems

• In dye fixation aids

• In waterborne contaminations

can be found.

Why is it measured?

• It can affect dye binding kinetics

• It can cause tone shift

• May cause color deviation in reactive dyes

• May lead to uneven fixation on the fabric surface

Even low levels of Al

⁺

can disrupt color homogeneity, especially in light tone production.

Additionally, dissolved aluminum in the process water can alter dye behavior by forming complexes in salt dyeing baths.

Production and Use of Dissolved Salt

Salts used in industry, such as sodium chloride and sodium sulfate, may sometimes contain trace amounts of metal ions.

Especially:

• Textile dyeing salts

• Leather industry salts

• Non-food industrial salts

May contain aluminum contamination.

Why is it measured?

• Product standardization

• Batch quality control

• Maintaining ionic balance

• Prevention of unwanted complex formation

Monitoring low ppm levels, even at high ionic strength, is important, especially in sensitive chemical processes.

Industrial Process Waters

• Cooling towers

• Boiler feed waters

• Surface treatment baths

Aluminum ions can affect equipment corrosion behavior and precipitate formation.

Why Measurable?

• Monitoring of sludge formation

• Corrosion control

• Monitoring of filtration load

Laboratory and Quality Control

• Raw material analysis

• Water qualification tests

• Process validation

Reliable colorimetric in low concentration range Measurement enables quick decision-making.

Expanded Application Areas

• Drinking water analyses

• Residual aluminum control in wastewater treatment plants

• Textile dyeing process water monitoring

• Industrial salt quality control

• Process and production water monitoring

• Laboratory quality assurance tests

Advantages

• Precise measurement in the range of 0.00–0.80 mg/L

• Suitable for process control in textile and high salinity environments

• Distinct and gradual color transition

• Stable result in approximately 10 minutes

• Practical design suitable for field use

• Instant application with ready-made kit contents