GREEN HOUSE FEEDING - SHORT FLOWERING
Recalculation in progress … Green House Short Flowering is specifically designed for the growth and flowering phases for those plants with a short flowering period, under 8 weeks.
Plants with a short flowering period of 8 weeks or less require higher amounts of readily available potassium in the early stages to increase the production of more compact fruit and flowers in a shorter period of time.
Maximum solubility: 160g/L water
Recommended amount per stock solution: 30g/L water
Composition Short Flowering Green House Feeding:
- Total nitrogen [N] 16%
11% nitrate nitrogen
5% ammoniacal nitrogen - Soluble phosphoric anhydride [P 2 O 5 ] 6%.
- Soluble potassium oxide [K 2 O] 26%.
- Soluble magnesium oxide [Mg] 3.3%
- Soluble boron [B] 0.01%
- Soluble copper (as chelated by EDTA) [Cu] 0.04%
- Soluble iron (as chelated by EDTA) [Fe] 0.1%
- Soluble Manganese (as chelated by EDTA) [Mn] 0.05%
- Soluble molybdenum [Mo] 0.01% Soluble molybdenum [Mo] 0.01
- Soluble Zinc (as chelated by EDTA) [Zn] 0.01%.
Potassium is needed in large quantities and plays an important role in plant metabolism. It regulates the uptake of CO2, is essential for the production of the energy source for photosynthesis and helps to regulate the uptake of nutrients and water. Lack of potassium results in stunted growth, reduced water circulation, irregular fruit ripening and makes the plant more susceptible to environmental stress.
Green House Short Flowering is specifically designed for the growth and flowering phases for those plants with a short flowering period, under 8 weeks.
Plants with a short flowering period of 8 weeks or less require higher amounts of readily available potassium in the early stages to increase the production of more compact fruit and flowers in a shorter period of time.
Maximum solubility: 160g/L water
Recommended amount per stock solution: 30g/L water
Composition Short Flowering Green House Feeding:
- Total nitrogen [N] 16%
11% nitrate nitrogen
5% ammoniacal nitrogen - Soluble phosphoric anhydride [P 2 O 5 ] 6%.
- Soluble potassium oxide [K 2 O] 26%.
- Soluble magnesium oxide [Mg] 3.3%
- Soluble boron [B] 0.01%
- Soluble copper (as chelated by EDTA) [Cu] 0.04%
- Soluble iron (as chelated by EDTA) [Fe] 0.1%
- Soluble Manganese (as chelated by EDTA) [Mn] 0.05%
- Soluble molybdenum [Mo] 0.01% Soluble molybdenum [Mo] 0.01
- Soluble Zinc (as chelated by EDTA) [Zn] 0.01%.
Potassium is needed in large quantities and plays an important role in plant metabolism. It regulates the uptake of CO2, is essential for the production of the energy source for photosynthesis and helps to regulate the uptake of nutrients and water. Lack of potassium results in stunted growth, reduced water circulation, irregular fruit ripening and makes the plant more susceptible to environmental stress.
Green House Short Flowering is specifically designed for the growth and flowering phases for those plants with a short flowering period, under 8 weeks.
Plants with a short flowering period of 8 weeks or less require higher amounts of readily available potassium in the early stages to increase the production of more compact fruit and flowers in a shorter period of time.
Maximum solubility: 160g/L water
Recommended amount per stock solution: 30g/L water
Composition Short Flowering Green House Feeding:
- Total nitrogen [N] 16%
11% nitrate nitrogen
5% ammoniacal nitrogen - Soluble phosphoric anhydride [P 2 O 5 ] 6%.
- Soluble potassium oxide [K 2 O] 26%.
- Soluble magnesium oxide [Mg] 3.3%
- Soluble boron [B] 0.01%
- Soluble copper (as chelated by EDTA) [Cu] 0.04%
- Soluble iron (as chelated by EDTA) [Fe] 0.1%
- Soluble Manganese (as chelated by EDTA) [Mn] 0.05%
- Soluble molybdenum [Mo] 0.01% Soluble molybdenum [Mo] 0.01
- Soluble Zinc (as chelated by EDTA) [Zn] 0.01%.
Potassium is needed in large quantities and plays an important role in plant metabolism. It regulates the uptake of CO2, is essential for the production of the energy source for photosynthesis and helps to regulate the uptake of nutrients and water. Lack of potassium results in stunted growth, reduced water circulation, irregular fruit ripening and makes the plant more susceptible to environmental stress.
Green House Short Flowering is specifically designed for the growth and flowering phases for those plants with a short flowering period, under 8 weeks.
Plants with a short flowering period of 8 weeks or less require higher amounts of readily available potassium in the early stages to increase the production of more compact fruit and flowers in a shorter period of time.
Maximum solubility: 160g/L water
Recommended amount per stock solution: 30g/L water
Composition Short Flowering Green House Feeding:
- Total nitrogen [N] 16%
11% nitrate nitrogen
5% ammoniacal nitrogen - Soluble phosphoric anhydride [P 2 O 5 ] 6%.
- Soluble potassium oxide [K 2 O] 26%.
- Soluble magnesium oxide [Mg] 3.3%
- Soluble boron [B] 0.01%
- Soluble copper (as chelated by EDTA) [Cu] 0.04%
- Soluble iron (as chelated by EDTA) [Fe] 0.1%
- Soluble Manganese (as chelated by EDTA) [Mn] 0.05%
- Soluble molybdenum [Mo] 0.01% Soluble molybdenum [Mo] 0.01
- Soluble Zinc (as chelated by EDTA) [Zn] 0.01%.
Potassium is needed in large quantities and plays an important role in plant metabolism. It regulates the uptake of CO2, is essential for the production of the energy source for photosynthesis and helps to regulate the uptake of nutrients and water. Lack of potassium results in stunted growth, reduced water circulation, irregular fruit ripening and makes the plant more susceptible to environmental stress.
Green House Short Flowering is specifically designed for the growth and flowering phases for those plants with a short flowering period, under 8 weeks.
Plants with a short flowering period of 8 weeks or less require higher amounts of readily available potassium in the early stages to increase the production of more compact fruit and flowers in a shorter period of time.
Maximum solubility: 160g/L water
Recommended amount per stock solution: 30g/L water
Composition Short Flowering Green House Feeding:
- Total nitrogen [N] 16%
11% nitrate nitrogen
5% ammoniacal nitrogen - Soluble phosphoric anhydride [P 2 O 5 ] 6%.
- Soluble potassium oxide [K 2 O] 26%.
- Soluble magnesium oxide [Mg] 3.3%
- Soluble boron [B] 0.01%
- Soluble copper (as chelated by EDTA) [Cu] 0.04%
- Soluble iron (as chelated by EDTA) [Fe] 0.1%
- Soluble Manganese (as chelated by EDTA) [Mn] 0.05%
- Soluble molybdenum [Mo] 0.01% Soluble molybdenum [Mo] 0.01
- Soluble Zinc (as chelated by EDTA) [Zn] 0.01%.
Potassium is needed in large quantities and plays an important role in plant metabolism. It regulates the uptake of CO2, is essential for the production of the energy source for photosynthesis and helps to regulate the uptake of nutrients and water. Lack of potassium results in stunted growth, reduced water circulation, irregular fruit ripening and makes the plant more susceptible to environmental stress.
Green House Short Flowering is specifically designed for the growth and flowering phases for those plants with a short flowering period, under 8 weeks.
Plants with a short flowering period of 8 weeks or less require higher amounts of readily available potassium in the early stages to increase the production of more compact fruit and flowers in a shorter period of time.
Maximum solubility: 160g/L water
Recommended amount per stock solution: 30g/L water
Composition Short Flowering Green House Feeding:
- Total nitrogen [N] 16%
11% nitrate nitrogen
5% ammoniacal nitrogen - Soluble phosphoric anhydride [P 2 O 5 ] 6%.
- Soluble potassium oxide [K 2 O] 26%.
- Soluble magnesium oxide [Mg] 3.3%
- Soluble boron [B] 0.01%
- Soluble copper (as chelated by EDTA) [Cu] 0.04%
- Soluble iron (as chelated by EDTA) [Fe] 0.1%
- Soluble Manganese (as chelated by EDTA) [Mn] 0.05%
- Soluble molybdenum [Mo] 0.01% Soluble molybdenum [Mo] 0.01
- Soluble Zinc (as chelated by EDTA) [Zn] 0.01%.
Potassium is needed in large quantities and plays an important role in plant metabolism. It regulates the uptake of CO2, is essential for the production of the energy source for photosynthesis and helps regulate the uptake of nutrients and water. Lack of potassium causes stunted growth, reduced water circulation, irregular fruit ripening and makes the plant more susceptible to environmental stress.
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