Copper Complex 15% is a water-soluble powder fertilizer formulated to provide concentrated copper nutrition for foliar application and fertigation programs. Containing both soluble and chelated copper, it is designed for crops requiring targeted copper supply as part of balanced micronutrient management throughout the growing season.
| Nutrient Group | Micronutrients |
|---|---|
| Nutritional Role | Stress Tolerance Vegetative Growth |
| Product Form | Powder |
Copper Complex 15% is a specialty micronutrient fertilizer developed to provide copper in a concentrated and readily available form for professional crop nutrition programs. The formulation contains a high level of soluble copper together with a portion of chelated copper, making it suitable for targeted copper nutrition across a wide range of crops.
Copper is an essential micronutrient involved in numerous physiological and biochemical processes, including enzyme activation, photosynthesis, protein synthesis, respiration, and nitrogen metabolism. Adequate copper nutrition contributes to normal plant growth, metabolic activity, and the development of healthy plant tissues. Deficiency may result in reduced vigor, impaired growth, and decreased physiological efficiency.
The product is formulated for both foliar application and fertigation and can be integrated into nutrition programs where maintaining adequate copper availability is important. The combination of high copper concentration and complexed formulation allows efficient nutrient delivery while supporting balanced micronutrient management during key growth stages.
Copper Complex 15% can be used in fruit orchards, pistachio, citrus, grapevine, olive, vegetable crops, greenhouse production systems, and other crops requiring regular copper supplementation as part of a comprehensive nutrition program.
Guaranteed Analysis
• Total Nitrogen (N): 5%
• Soluble Copper (Cu): 15%
• Chelated Copper (Cu): 10%
Application Guide
Foliar Application
0.5–1 kg per 1000 L of water
Fertigation
2–4 kg per hectare
Recommended Timing
Before flowering, during early fruit development, and throughout periods of active young tissue growth.
