Balance P
Codice prodotto: ADRBP-250
C:N:P ratio regulator for marine aquariums - phosphorus part
# Information
Correction solution for the C-N-P ratio in low-phosphorus environments
Balance P is a product designed to balance the C-N-P ratio by increasing the phosphorus content in the water.
If phosphorus is too low, many processes could become more difficult, and using a natural nutrient reduction system like Ultra Carbon could become inefficient due to the limiting factor, potentially making it impossible to lower NO3 levels.
By restoring the missing phosphorus, the process will accelerate again, and the whole system will benefit from a better balance.
The correct C-N-P ratio is also very important for coral growth and health.
## Instructions
Dosage: 1 ml in 100L = +0.02 mg/L (ppm) PO4
In an aquarium, the C-N-P ratio can vary greatly, and if one of these elements is insufficient, we may observe slower bacterial reproduction and a slower removal of pollutants.
If coral distress is observed despite all element values being regular, rebalancing the C-N-P ratio can be the solution.
An unbalanced C-N-P ratio is also often the cause of cyanobacteria growth.
Optimal ratios range from 100:5:1 to 110:15:1.
Correction solution for the C-N-P ratio in low-phosphorus environments
Balance P is a product designed to balance the C-N-P ratio by increasing the phosphorus content in the water.
If phosphorus is too low, many processes could become more difficult, and using a natural nutrient reduction system like Ultra Carbon could become inefficient due to the limiting factor, potentially making it impossible to lower NO3 levels.
By restoring the missing phosphorus, the process will accelerate again, and the whole system will benefit from a better balance.
The correct C-N-P ratio is also very important for coral growth and health.
## Instructions
Dosage: 1 ml in 100L = +0.02 mg/L (ppm) PO4
In an aquarium, the C-N-P ratio can vary greatly, and if one of these elements is insufficient, we may observe slower bacterial reproduction and a slower removal of pollutants.
If coral distress is observed despite all element values being regular, rebalancing the C-N-P ratio can be the solution.
An unbalanced C-N-P ratio is also often the cause of cyanobacteria growth.
Optimal ratios range from 100:5:1 to 110:15:1.
Formato
Price:
€20.40
Tax included








