Grow
Designed specifically for the vegetative growth-stage of all plants. Its formula provides optimum development throughout the growth-stage to obtain greener, stronger and more resistant plants.
The grow formula is ideal for the production of mother plants and cuttings. It can also be used very effectively as foliar feeding.
The fast assimilation of nutrients and the high Nitrogen content provides plants with a more robust and branched structure as well as thicker leaves.
Thicker leaves accumulate more nutrient reserves, stimulating rapid rooting of cuttings.
Maximum Solubility: 1.3lb/gal or 160g/L water
Recommended amount for stock solution: 4oz/gal or 30g/L water
GUARANTEED ANALYSIS
| Total Nitrogen [N] | 24% |
| 13% Nitrate Nitrogen | |
| 11% Ammoniacal Nitrogen | |
| 6% Soluble Phosphorus Oxide | |
| 12% Soluble Potash Oxide | |
| Available Phosphate [P 2 O 5] | 6% |
| Soluble Potash Oxide [K 2 O] | 12% |
| 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] | 0.05% |
| SolubleZync (as chelate from EDTA) [Zn] | 0.1% |
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Nitrogen plays a pivotal role in many critical plant functions such as photosynthesis and protein production. During the vegetative stage, plants require more nitrogen than during the flowering stage. Plants utilize nitrogen in the form of nitrate nitrogen and ammoniacal nitrogen, both forms of nitrogen are present in a form that can immediately be taken up by the plant. Lack of nitrogen results in stunted growth, yellowing of leaves and loss of proteins. |
Designed specifically for the vegetative growth-stage of all plants. Its formula provides optimum development throughout the growth-stage to obtain greener, stronger and more resistant plants.
The grow formula is ideal for the production of mother plants and cuttings. It can also be used very effectively as foliar feeding.
The fast assimilation of nutrients and the high Nitrogen content provides plants with a more robust and branched structure as well as thicker leaves.
Thicker leaves accumulate more nutrient reserves, stimulating rapid rooting of cuttings.
Maximum Solubility: 1.3lb/gal or 160g/L water
Recommended amount for stock solution: 4oz/gal or 30g/L water
GUARANTEED ANALYSIS
| Total Nitrogen [N] | 24% |
| 13% Nitrate Nitrogen | |
| 11% Ammoniacal Nitrogen | |
| 6% Soluble Phosphorus Oxide | |
| 12% Soluble Potash Oxide | |
| Available Phosphate [P 2 O 5] | 6% |
| Soluble Potash Oxide [K 2 O] | 12% |
| 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] | 0.05% |
| SolubleZync (as chelate from EDTA) [Zn] | 0.1% |
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Nitrogen plays a pivotal role in many critical plant functions such as photosynthesis and protein production. During the vegetative stage, plants require more nitrogen than during the flowering stage. Plants utilize nitrogen in the form of nitrate nitrogen and ammoniacal nitrogen, both forms of nitrogen are present in a form that can immediately be taken up by the plant. Lack of nitrogen results in stunted growth, yellowing of leaves and loss of proteins. |
