NPK+AA is a multi-nutrient suspension fertilizer developed for growers who require more than basic NPK nutrition. The formulation combines balanced levels of nitrogen, phosphorus, and potassium with free amino acids and organic matter, creating a product suitable for supporting plant growth, nutrient utilization, and overall crop performance throughout the growing season.
While primary nutrients remain the foundation of plant nutrition, crop performance is also influenced by the plant’s ability to efficiently utilize available nutrients under changing environmental conditions. The inclusion of free amino acids and organic matter alongside NPK gives this product a distinct role within professional nutrition programs, particularly during periods of rapid growth, transplant establishment, environmental stress, and high metabolic activity.
Its suspension formulation is suitable for both foliar application and fertigation, allowing flexible integration into stage-based nutrition strategies. NPK+AA can be used to complement standard fertilization programs and support balanced nutrition from establishment through crop development. The product is particularly useful in orchards, field crops, greenhouse production, vegetable crops, and transplant production systems where maintaining consistent growth and nutritional balance is important.
Guaranteed Analysis
• Total Nitrogen (N): 4.5% w/w | 5% w/v
• Available Phosphorus (P₂O₅): 4.5% w/w | 5% w/v
• Water-Soluble Potassium (K₂O): 4.5% w/w | 5% w/v
• Free Amino Acids (A.A): 2.5% w/w | 3% w/v
• Organic Matter (OM): 2.5% w/w | 3% w/v
Application Guide
This product is intended to complement standard nutrition programs throughout the season. Best results are generally achieved through staged applications, particularly during crop establishment, transplant recovery, rapid vegetative growth, and periods of environmental stress.
Foliar Application
2–3 L per 1000 L of water
Fertigation
5–10 L per hectare
Recommended Timing
From crop establishment through crop development, especially during periods of rapid growth, transplant recovery, or environmental stress.
