Tropic Marin KH-/Alkalinity Test Professional

Tropic Marin KH-/Alkalinity Test Professional for the very accurate determining of alkalinity (KH) in fresh and marine water aqauriums. The carbonate hardness (KH) or alkalinity of a water sample characterises the buffering capacity, i.e. the ability to maintain the pH value of the water. There are many terms in water chemistry to describe the buffering capacity with varying definitions. The term “carbonate hardness” is customary in fishkeeping, however, it is the alkalinity which is measured. In this test, both terms are used synonymously. The reading for alkalinity is usually given in degrees of German hardness (°dH).

The alkalinity should be tested in all aquariums with great regularity. If the alkalinity in the aquarium is too low, the pH value can sink (sudden drop in acidity) to a level which is life-threatening for many fish and invertebrates. In reef aquariums, an adequate alkalinity level is essential for strong coral growth. On the other hand, an overly high alkalinity in saltwater tanks can lead to calcium carbonate precipitates and also have a negative impact on coral growth. The alkalinity in saltwater aquariums should range from 6 to 9 °dH. The alkalinity in freshwater aquariums should not fall below 3 °dH.

The Tropic Marin KH/Alkalinity-Test Professional is a high resolution test kit for the determination of the alkalinity with a resolution of up to 0.1 °dH per titration, including a conversion table to other units. Easily recognizable colour change from turquoise blue to pink.

Tropic Marin KH-/Alkalinity Test Professional

1. measurement range: 0.1 - 20 °dH
   
2. accuracy: 0.1 °dH
   
3. high-precision determination of alkalinity in aquaria
   
4. sufficient for approx. 100 applications at a KH of 10 °dH in the water and a resolution of 0.2 °dH / or 50 tests at 0.1 °dH resolution
   
5. measured on the German hardness scale (°dH)
   
6. conversion Table for other units in the instruction manual included
   
7. reagent as refill pack separately available