96 _Complete Balling Method Kit

Complete Balling Method Kit

The Balling Method is one of the best ways to maintain important water parameters, including calcium, magnesium, carbonate hardness, potassium, and trace elements, without overdosing them. Keeping these parameters stable promotes growth and enhances the colors in calcium corals.

The Balling Method is one of the best ways to maintain important water parameters, including calcium, magnesium, carbonate hardness, potassium, and trace elements, without overdosing them. Keeping these parameters stable promotes growth and enhances the colors in calcium corals.
With the Deep Ocean Balling Method, you can easily maintain and stabilize the tank parameters within the following standard ranges:

Calcium: 400 - 450 ppm
Magnesium: 1280 - 1350 ppm
Carbonate Hardness: 6.5 - 8.5 dKh
Salinity: 33-35 ppt or specific gravity 1.024-1.026

Part A
First, calculate the weekly calcium consumption. Then, divide the weekly consumption to obtain the daily consumption. By adding Part A solution daily, the consumed calcium can be replenished without shocking the system.

a) Each cc of Part A solution in every 3.78 liters of aquarium water can increase calcium concentration by 5.291 ppm and strontium by 0.096 ppm.
b) A quantity of 25 cc of Part A solution in 100 liters of aquarium water can increase calcium concentration by 5 ppm and strontium by 0.01 ppm.
Ingredients:
Calcium, Strontium, Molybdenum, Cobalt, Barium, Boron, Nickel, Vanadium, Copper, Bromide, Iron, Manganese, Zinc, Selenium, Aluminum, and Lithium.

Part B
First, calculate the weekly alkalinity consumption, then divide the weekly consumption to find the daily consumption. By adding Part B solution daily, the consumed alkalinity can be replenished without shocking the system.

a) Each cc of Part B solution in 3.78 liters of aquarium water can increase carbonate hardness by 0.726 dKh, iodide by 0.000793 ppm, and fluoride by 0.0166 ppm.
b) A quantity of 25 cc of Part B solution in 100 liters of aquarium water can increase carbonate hardness by 0.686 dKh, iodide by 0.00075 ppm, and fluoride ions by 0.015 ppm.
Ingredients:
Carbonate, Bicarbonate, Iodine, and Fluoride.

Part C
First, calculate the weekly magnesium consumption, then divide the weekly consumption to find the daily consumption. By adding Part C solution daily, the consumed magnesium can be replenished without shocking the system.

a) Each cc of Part C solution in 3.78 liters of aquarium water can increase magnesium by 1.058 ppm and potassium by 0.3174 ppm.
b) A quantity of 25 cc of Part C solution in 100 liters of aquarium water can increase magnesium concentration by 1 ppm and potassium by 0.3 ppm.
Ingredients:
Magnesium, Potassium, Boron.


Calculate
Description

Given the high quality of the Deep Ocean Balling Method product and the necessary stability in the production process, it is possible to use a smart calculator to accurately calculate the consumption amount of each part for maximum efficiency in the aquarium. Therefore, the closer the entered water volume of the aquarium is to reality, the more accurate the final consumption amount will be. If the calculator suggests that you dose 100 milliliters of Part 1, 90 milliliters of Part 2, and 95 milliliters of Part 3, it is advisable to start with a dose of 90 milliliters of each of the three parts every day for three days. After this period, test the calcium, hardness, and magnesium parameters of the water, and adjust the dosage of all three solutions as needed. By following these steps, you can effectively use the Deep Ocean calculator to maintain the proper balance of nutrients in your aquarium.