Available Phosphate (P2O5): 20%
Derived From: Rock Phosphate

ALSO CONTAINS NONPLANT FOOD INGREDIENT: 10% OF ALGAE EXTRACT (MICROBE FOOD)

Information regarding the contents and levels of metals in this product is available on the internet at: http://www.aapfco.org/metals.htm

Due to the fact that soil, weather, and crop conditions may vary, Ferticell Inc. makes no guarantees or warranties, whether expressed or implied concerning the use of this product. The user of this products takes full responsibility and assumes all risks of usage or handling of this product, despite whether applications instructions were followed or not.

Pro Phos 0 20 0
Organic Liquid Phosphorus Fertilizer

Pro Phos™ 0-20-0: Organic Liquid Phosphorus Fertilizer

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Pro Phos™ 0-20-0 is approved for organic use, mineral sourced, liquid phosphorus fertilizer, designed to supply this key nutrient in an easily mineralizable form. Ferticell™ uses micronization technology and algae extract components to work together to supply this important nutrient to the plant.

Phosphorous is known to be immobile in the soil, as it rapidly joins with cations in the soil colloids to form insoluble compounds that resist leaching. This in turn requires the plant to constantly grow new roots to intercept new locations of phosphates.

Phosphorus management can also have a strong influence on the environmental impact of crop production because P is a leading contributor to water quality degradation. (Correll, 1998)

Micronization allows Pro Phos™ 0-20-0 to travel through the soil pores and into the root zone itself. Once there its tremendous surface area will reduce the energy required to mineralize its phosphate component. Its liquid provides flexibility and ease of application.

Advantages to Pro Phos™ 0-20-0?
• Mineral sourced organic phosphorous
• Contain no risk salts or limiting nutrients
• High surface area for low energy mineralization
• Micronized liquid suspension for ease of use and translocation
• Processed to less than one-micron size for optimal surface area and mineral uptake