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Green House Powder Feeding - Long Flowering
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Green House Powder Feeding - Long Flowering
- Product SKU: GREENHOUSEPFLONGFLOWER500ML
- Availability: In Stock
R 520.00
NPK: 18-12-18
The balanced NPK ratio provides enough nitrogen throughout the whole stage of flowering and the high amounts
of phosphorous allow the plants to develop a strong and healthy root system, especially for plants with a
long flowering time more than 10 weeks.
Maximum Solubility: 1.3lb/gal or 160g/L water
Recommended amount for stock solution: 4oz/gal or 30g/L water
CONCENTRATION:
| Concentration gr./Lt. | 0.5 | 1.0 | 1.5 | 2.0 | |
| EC (mS) | 0.7 | 1.4 | 2.0 | 2.6 | |
These values are calculated starting from tap water at medium hardness with EC 0.0
N-P-K: 18-12-18
GUARANTEED ANALYSIS
| Total Nitrogen [N] | 18% |
| 10% Nitrate Nitrogen | |
| 8% Ammoniacal Nitrogen | |
| Soluble Phosphorus Pentoxide [P 2 O 5] | 12% |
| Soluble Phosphorus Pentoxide [K 2 O] | 18% |
| Soluble Magnesium Oxide [Mg] | 2% |
| Soluble Boron [B] | 0.02% |
| Soluble Copper (as chelate from EDTA) [Cu] | 0.04% |
| Soluble Iron (as chelate from EDTA) [Fe] | 0.1% |
| Soluble Manganese (as chelate from EDTA) [Mn] | 0.05% |
| Soluble Molybdenum [Mo] | 0.01% |
| Soluble Zinc (as chelate from EDTA) [Zn] | 0.01% |
 |
Boron, being one of the trace elements is only needed in tiny amounts, but it is essential for plant functions such as the formation of pollen tubes, balancing the amounts of sugar and starch inside the plant and helping to transport Potassium ions inside the cell membranes. Boron is not mobile in plants because it bonds to sugar molecules. |
NPK: 18-12-18
The balanced NPK ratio provides enough nitrogen throughout the whole stage of flowering and the high amounts
of phosphorous allow the plants to develop a strong and healthy root system, especially for plants with a
long flowering time more than 10 weeks.
Maximum Solubility: 1.3lb/gal or 160g/L water
Recommended amount for stock solution: 4oz/gal or 30g/L water
CONCENTRATION:
| Concentration gr./Lt. | 0.5 | 1.0 | 1.5 | 2.0 | |
| EC (mS) | 0.7 | 1.4 | 2.0 | 2.6 | |
These values are calculated starting from tap water at medium hardness with EC 0.0
N-P-K: 18-12-18
GUARANTEED ANALYSIS
| Total Nitrogen [N] | 18% |
| 10% Nitrate Nitrogen | |
| 8% Ammoniacal Nitrogen | |
| Soluble Phosphorus Pentoxide [P 2 O 5] | 12% |
| Soluble Phosphorus Pentoxide [K 2 O] | 18% |
| Soluble Magnesium Oxide [Mg] | 2% |
| Soluble Boron [B] | 0.02% |
| Soluble Copper (as chelate from EDTA) [Cu] | 0.04% |
| Soluble Iron (as chelate from EDTA) [Fe] | 0.1% |
| Soluble Manganese (as chelate from EDTA) [Mn] | 0.05% |
| Soluble Molybdenum [Mo] | 0.01% |
| Soluble Zinc (as chelate from EDTA) [Zn] | 0.01% |
|
Boron, being one of the trace elements is only needed in tiny amounts, but it is essential for plant functions such as the formation of pollen tubes, balancing the amounts of sugar and starch inside the plant and helping to transport Potassium ions inside the cell membranes. Boron is not mobile in plants because it bonds to sugar molecules. |
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