For Flowering Stage
Nanomeal Flora is a compound fertilizer that provides four essential micronutrients designed to support plants during the flowering stage. It delivers the critical nutrients phosphorus, potassium, magnesium, zinc, boron, and manganese, ensuring plants have what they need for robust flowering and stress resistance.
| N | P | K | Ca | Mg | Fe | Mn | Zn | Mo | B | Cu | |
|---|---|---|---|---|---|---|---|---|---|---|---|
| - | 40 | 25 | - | - | - | 1 | 1 | - | 0.4 | - |
Nanomeal Flora - Benefits
Mode of Action
- Nutrient Synergy : The blend of micronutrients optimizes chlorophyll formation, cell wall development, and flowering potential.
- Photosynthetic Efficiency : Magnesium and manganese work in tandem to enhance the plant's photosynthetic ability, vital for energy production and growth.
Application & Dosage
Frequently Asked Questions
Nanomeal Flora is specifically developed for the flowering stage, supporting:
- Efficient energy generation for flower development
- Strong flower retention and reduced flower abortion
- Optimal reproductive organ development and pollination
It provides a balanced ratio of Phosphorus and Potassium, complemented by four critical micronutrients.
- Phosphorus (P) boosts ATP generation – essential for cell division and metabolic energy during flowering.
- Potassium (K) improves water balance, nutrient translocation, and flower turgidity, supporting quality blooms and stress resilience.
- Together, they increase floral density, color vibrancy, and flower-to-fruit conversion rates.
At flowering, plants:
- Require high metabolic activity to support reproductive structures
- Are sensitive to abiotic stress (drought, heat, salinity)
- Demand increased nutrient mobility, especially of P and K
Nanomeal Flora fills these physiological needs with quickly absorbable nutrients via foliar application.
- Magnesium:
- Is the core element of chlorophyll
- Ensures efficient photosynthesis to provide energy for flowering
- Supports enzyme activity and nutrient transport
Deficiency at this stage leads to reduced flower size, leaf yellowing, and weakened plants.
- Boron:
- Enhances pollen tube growth, fertilization, and seed setting
- Strengthens cell walls and membrane function
- Helps prevent flower drop and deformation
Boron deficiency often causes sterile flowers, poor fruit set, and internal tissue breakdown.
- Zinc:
- Assists in enzyme production, sugar transport, and growth hormone synthesis
- Supports flower resilience under cold or stress conditions
- Improves auxin levels, aiding in fruit development post-flowering
- Drives the splitting of water in photosystem II, essential for energy release
- Supports chloroplast structure, pollen production, and defense enzyme activity
- Plays a role in nitrogen metabolism, critical during active reproductive growth
- Apply just before full bloom or at 20–30% flower initiation
- In the early morning or late afternoon to reduce evaporation and maximize absorption
- Repeat as needed based on flowering intensity and stress levels