JBL ProAquaTest Lab – Koi Pond Test Kit

• Complete professional Koi test kit
• Precise testing of the 9 most important water parameters
• Tests for pH, KH, GH, Nitrite, Ammonium, Ammonia, Nitrate, Oxygen & Phosphate levels
• Simple and easy to use comparator system for clear and precise readings
• Supplied in a weather-proof carry case
• Includes vials, syringe, dosing spoon, comparator block & reagents

Healthy water is vital for healthy and vibrant koi. Even clear water can be dangerous and toxic to your ponds inhabitants. It is therefore vital that the water parameters are tested regularly to ensure and maintain a healthy pond environment.

The JBL ProAquaTest Lab Koi Pond Test Kit provides simple yet reliable testing to determine 11 important water parameters including pH 3.0 – 10, pH 7.4 – 9, carbonate hardness, general hardness, phosphate sensitive (low values), phosphate koi (high values), nitrite, nitrate, ammonium, ammonia and oxygen. The ProAquaTest Lab Koi is easy to use and comes supplied with everything required including a syringe for an exact measurement of the water quantity, analysis record sheet and detailed instructions.

JBL ProAquaTest Lab Koi Pond Test Kit Contents: plastic carry case, incl. reagents, glass vials, syringes, dosing spoons, thermometer, comparator block, plastic cuvettes, colour charts, ball pen, analysis record sheets and instructions.

Precise measurement of the following values:

• PO4 Sensitive Test: Phosphate content of the water from 0.5 up to 1.8 mg/l
• PO4 for Koi Test: Phosphate content of the water from 0.25 to 10 mg/l
• O2 Test: Oxygen content
• pH Test: Acidity of the water from 3.0 to10
• pH Test: Acidity of the water from 7.4 to 9.0
• KH Test: pH stability of the water (carbonate hardness)
• GH Test: General hardness
• NO2 Test: Toxic nitrogen compound (nitrite)
• NO3 Test: Reason for algae growth (nitrate)
• NH4 + NH3 Test: Indication of non-toxic ammonium, determination of the toxic ammonia using table, ammonium (NH4) is non-toxic for fish, but is partially converted into toxic ammonia (NH3) at pH values over 7.