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Quick Release Organic Dry Nitrogen and NPK Fertilizer
Active 13-2-2 was designed as a high organic dry nitrogen NPK fertilizer, to deliver a plant available organic nitrogen with an added benefit of phosphorus and potassium without the burn potential. In this line of four certified organic NPK fertilizers. Active 13-2-2 affords the grower a unique ability to apply a fully soluble organic nitrogen, while delivering small amounts of the other macronutrients. This affords the organic grower the ability to fine-tune his/her fertilization plan, a flexibility previously enjoyed mostly by conventional farmers through our dry nitrogen fertilizer.
As a high organic dry nitrogen fertilizer, Active N comes from the same soy protein hydrolysate used in Explorer and ProCal. Due to its plant derived content, Active 13-2-2 is taken up by plants much quicker, providing an energy source for approximately 30 days, depending on rainfall and other conditions.
Features & Benefits to Active 13-2-2
Product Profile
Guaranteed Analysis
Derived From: Soy Protein Hydrolysate, Rock Phosphate, and Potassium Sulfate
| Brand | Ferticell |
|---|---|
| SKU | ACT1322-44 |
| Weight (lb.) | 44.0000 |
| Height (in.) | |
| Width (in.) | |
| Length (in.) | |
| Hazardous Material | false |
| Shipping Restrictions | AK, HI |
| Lead Time | 10-14 |
| N-P-K | 13-2-2 |
| Nutrient Application | Soil & Soilless Mix Nutrient |
| Nutrient Type | Organic Based |
| OMRI Certified | No |
| Nutrient Material Type | ["Powder"] |
What does Ferticell Active 13-2-2 do for plants, and what growth stages is the powder best suited for?
Ferticell Active 13-2-2 delivers a quick-release, fully soluble organic nitrogen to support plant energy during high metabolic stress periods, with the added benefit of phosphorus and potassium to round out the NPK profile. The nitrogen in Active 13-2-2 comes from soy protein hydrolysate, which plants take up quickly and which provides an energy source for approximately 30 days, depending on rainfall and other conditions. Application timing is dependent on crop, time of season, and desired result.
What is the guaranteed analysis and where does the nitrogen in Ferticell Active 13-2-2 come from?
Ferticell Active 13-2-2 has a guaranteed analysis of 13% total nitrogen (0.25% ammoniacal nitrogen and 12.75% other water soluble nitrogen), 2% available phosphate (P2O5), and 2% soluble potash (K2O). The nitrogen is derived from soy protein hydrolysate, which supplies proteins, peptides, and L-amino acids, while phosphorus comes from rock phosphate and potassium from potassium sulfate.
Is Ferticell Active 13-2-2 safe to use without burning plants, and what makes the organic nitrogen source different from conventional fertilizers?
Ferticell Active 13-2-2 is formulated to deliver plant-available organic nitrogen without the burn potential associated with many conventional nitrogen sources. Because the nitrogen is derived from soy protein hydrolysate, a plant-based source, Active 13-2-2 also provides natural chelation effects and a noticeable carbon source, benefits that conventional dry nitrogen fertilizers typically do not offer.
What growing media is Ferticell Active 13-2-2 compatible with, and can the powder be mixed with other fertilizers?
Ferticell Active 13-2-2 is suitable for use in soil and soilless mixes. The powder is compatible with other nitrogen sources and most agriculture fertilizers and pesticides, though professional advice should be sought prior to tank mixing.
What is the recommended application rate for Ferticell Active 13-2-2 Soluble Powder?
Ferticell Active 13-2-2 is recommended at 2 to 8 pounds per acre, with the exact rate depending on crop type, time of season, and desired result. The 44-pound bag size gives growers enough volume to cover multiple applications across larger growing areas.
How should Ferticell Active 13-2-2 be stored to maintain the quality of the powder?
Ferticell Active 13-2-2 should be kept sealed in the original container and stored in frost-free, dry conditions out of direct sunlight, at temperatures above 5 degrees C and below 30 degrees C. Proper storage helps preserve the solubility and nutrient integrity of the dry powder between applications.