Nickel is commonly used by the electroplating industry in processes utilizing stainless steel, cobalt, or nickel alloys. By using nickel in certain alloys, manufacturers can achieve a product that is highly resistant to chemical stress and exhibits a longer lifespan. Nickel is an essential trace element that is essential for biological processes in livestock health and production. Nickel is also used in batteries, fuel cells, and hydrogenation of vegetable oils in the food industry.

Nickel can be measured photometrically with reagents. Photometric analysis is based on the Beer-Lambert principle of absorbance in which the intensity of the color produced is proportional to the concentration of nickel in the sample. Photometric analysis products include handheld colorimeters, portable and benchtop photometers, and spectrophotometers.

Titration methods are also available to measure nickel using a copper ISE and copper EDTA.


Accessories include cuvette cleaning solution, microfiber cloths, and replacement cuvettes and caps for photometers.

Portable Photometers

Portable photometers are available to measure nickel. The portable photometers have a CAL Check feature that allows for performance verification and if needed, recalibration using the CAL Check standards. The portable meters are available as a meter only option or as a kit. The kit version include a rugged carrying case and CAL Check standards.

Benchtop Photometers

Benchtop photometers include multiparameter versions for water quality, wastewater, and environmental analysis. Each photometer is customized to have the parameters used by a specific industry. All benchtop have a digital pH electrode input allowing it to be used as a traditional pH meter.


Reagents include the reagents used with Checker HC and photometers.

Electrodes & Probes

Potentiometric titration systems can use a copper ISE for the titration of nickel by adding a small amount of copper EDTA (CuEDTA)to the sample. EDTA is then used as a titrant to react with free copper ions displaced by nickel in the solution. When this happens, the activity of the copper ion drastically decreases, which is detected by the cupric ISE. The use of a titration system allows for a precision measurement that can be automated for multiple measurements.

The copper ISE is available as either a single half-cell or combination design that is complete with a reference cell.