Seachem Flourish Potassium

Online only

Size: 100ml
Price:
Sale price$18.95

Special Online Only Item

This item is special order only which means we may not carry stock in our store. If you order this for delivery we will deliver the product from the supplier. If you want to pick this up from our Tauranga store we will need to order this in and contact you when it arrives. This can take 1-3 business days to arrive.

If you would like a more accurate ETA, please message the chat or send us an email (sales@kiwipetz.co.nz) and we will be happy to assist.

Description

Flourish Potassium contains 50,000mg/L of potassium suitable for the natural planted aquarium.Potassium is one of several elements that are vitally important to maintaining a vigorous level of growth in a planted aquarium

Potassium can become depleted in a rapidly growing system or when the source water has a low mineral content. In these cases potassium could become the limiting factor to growth. Use Flourish Potassium™ to prevent potassium depletion (signs of which include yellowing in older leaves) and maintain the highest level of growth.

Why It’s Different:
The most easily obtained sources of potassium are potassium nitrate and potassium phosphate. Both of these sources add to either nitrogen or phosphorus as well as potassium, making it virtually impossible to target a specific NPK ratio. Flourish Potassium™ is derived from potassium sulfate, allowing the user to adjust potassium levels without affecting nitrogen or phosphorus.

Directions:
Use 1 capful (5 mL) for every 125 L (30 gallons*). This dose raises potassium by 2 mg/L. Repeat 2–3 times per week or as needed (in response to signs of potassium deficiency in older leaves which includes: chlorosis (yellowing), necrosis (death/browning), and weak stems and roots.

Guaranteed Analysis:
Soluble Potassium (K2O)
05.8%

 

Derived from:

Potassium Sulfate

Elemental potassium is present at a concentration of 50,000 ppm (e.g 5%). Archaic fertilizer laws require us to list potassium in terms of equivalence to a material that is not present (K2O) rather than the more scientificaly sound method of simple elemental equivalence

 

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