Piscimar PM-612 Alkalinity Increaser SUBE TA

• Increases total alkalinity without changing the pH of the water.
• It is dosed gradually and according to the tables included in the multiparameter kits.
• Suitable for any type of pool or spa - tile, polyester and liner or reinforced screen.
• Piscimar Sube TA PM-612 Alkalinity Corrector is a corrective product for total alkalinity.
• It is in easily soluble powder form.
• Leaves no residue .

PM-612 Sube TA Dosage

• Determine the alkalinity of water with a Test-Kit .
• Add 17 g/m ³ for every 10 ppm of alkalinity you want to increase.
• It is advisable to add the calculated product in two or three doses, at intervals of 3 to 4 hours.
• Always add the product, previously dissolved , around the pool glass and with the filter running.
• Check the correct alkalinity regulation by analysis. Ideal level : 80 – 120 ppm .

Why is Alkalinity Important?

Alkalinity is an important parameter in pool water maintenance, as it helps stabilize the pH and prevent sudden fluctuations.

Here are some reasons why alkalinity is important:

• pH Stabilization - Alkalinity helps maintain a stable pH , preventing sudden fluctuations that can be harmful to the health of swimmers and damage pool equipment.

• Corrosion prevention -   Alkalinity helps prevent corrosion of pool equipment such as pumps, filters, and metal surfaces.

• Pool surface protection -   Alkalinity helps protect the pool surface from damage caused by pH fluctuations.

• Improved treatment efficiency -   Alkalinity helps improve the efficiency of pool water treatment, allowing chemicals to work more effectively.

Recommended Alkalinity Levels

• Ideal level The ideal alkalinity level is between 80 and 120 ppm (parts per million).

• Minimum level The minimum alkalinity level is 60 ppm .

• Maximum level The maximum alkalinity level is 180 ppm .

Consequences of Low Alkalinity Levels

• pH Fluctuations - Low alkalinity levels can cause sharp pH fluctuations.
• Equipment Corrosion - Low alkalinity levels can cause corrosion of pool equipment.
• Damage to the pool surface - Low alkalinity levels can cause damage to the pool surface.

Consequences of High Alkalinity Levels

• Mineral precipitation - High alkalinity levels can cause mineral precipitation, which can lead to deposit formation.
• Difficulty adjusting pH - High alkalinity levels can make pH adjustment difficult.

Remember
It is important to regularly test your pool water to ensure that alkalinity levels are within recommended parameters .