• Easy and safe control of water parameters in aquariums. Determination of: pH (3 ranges), carbonate hardness, total hardness, ammonium/ammonia, nitrites, nitrates, phosphates, iron, copper, silicates, oxygen. Calculation of CO2 on table.
• Pour the reagents into the water samples, compare with the color chart, record the rates and check on the results sheet whether and which measurements are recommended.
• Taking into account the own coloring of the water by the comparator system. CO2 content determined on table by pH/KH values.
• Child-resistant reagent bottles in a water-resistant plastic case. Reagent refills are available separately.
• Contents: 1 box of 13 tests, 12 glass test tubes, 2 syringes, 3 measuring spoons, thermometer, comparator block, 2 plastic test tubes, color charts, CO2 table, ballpoint pen, analysis sheets, instructions for use.

Healthy aquarium and natural living conditions

Aquarium water parameters depend on its population and plants. Even clear water can be polluted. If the parameters are poor, diseases or algae may occur. For a healthy aquarium, with natural living conditions, it is important to regularly monitor water parameters. With JBL tests you can determine important water parameters quickly and accurately.

The analysis box contains the following tests:

pH test: water acidity from 3.0 to 10

pH test: water acidity 6.0 to 7.6

pH test: water acidity 7.4 to 9.0

O2 test: determination of oxygen content

GH test: determination of total hardness

KH test: pH stability (carbonate hardness)

PO4 test: determination of phosphates (cause of algae and plant nutrient)

NH4 / NH3 test: display of non-toxic ammonium, calculation of toxic ammonia on table

NO2 test: determination of nitrites, nitrogen compounds toxic to fish

NO3 test: determination of nitrates (cause of algae and plant nutrient)

Fe test: determination of the iron content to control fertilization

Cu test: heavy metal, deadly for invertebrates. Also important for therapeutic dosage of drugs

SiO2 test: determination of silicates (silicic acid), origin of diatoms.

To determine the CO2 content, simply measure the pH and KH. The CO2 content of the water is deduced from these two parameters and can be noted in the table provided.

The following tests are available in addition:

K test: determination of potassium, plant nutrient

Mg test Fresh water: determination of magnesium, a plant nutrient

direct CO2 test: determination of the current CO2 level, for vigorous plant growth.