Characteristics of the GHE 30Ml pH test
pH test with 30ml GHE drops is a substance created based on a powerful reagent , which will allow you to identify the exact pH levels of your irrigation water. Your application is very simple. You will only have to add a little of the irrigation water without the fertilizers to the small bottle, and apply 2 or 3 drops of the reagent . If the color obtained is orange or light green, it will mean that your culture solution is between the appropriate pH levels. It is important to keep in mind that the Test must be applied to water alone , without having previously implemented fertilizers and additives.
How to use the GHE pH test
When applying the pH test, 2 things can happen. The color of the water will turn dark green or blue . In this case, it will be necessary to implement the pH Down irrigation solution, which will allow us to increase acidity levels. The color of the water will turn orange or light green . In this case, we will be facing ideal pH levels. It is important to know that for the plantation to absorb its necessary doses of nutrients and vitamins for its growth, the pH levels must always be stable, between 5.5 and 6.5. In this way, we will be able to obtain specimens of beautiful appearance and good quality, loaded with enormous, compact and delicious flowers .
Dosage and instructions for use of the GHE pH test
First of all, you should know that with this fabulous kit you can perform up to 500 tests on your crops. Finally, to use it you just have to follow the following steps.
- Fill the small transparent bottle halfway with pure irrigation water.
- Then you will add only 2 drops of reagent.
- Cover the bottle and shake it very well.
- Compare the color you have obtained with those in the reference table.
- If the color obtained indicates that the pH levels are not indicated, you can adjust them with pH Down or pH Up .
- After applying the pH stabilizers, let the solution sit for a few minutes.
- Finally, measure the pH levels again and adjust them until they are between the ideal levels.
