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Ikkoreġi d-defiċjenza tar-ram u saħħaħ ir-rendimenti tal-għelejjel b'Fertilizzant EDTA-Cu

Ikkoreġi d-defiċjenza tar-ram u saħħaħ ir-rendimenti tal-għelejjel b'Fertilizzant EDTA-Cu

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EDTA-Cu is a water-soluble chelated copper fertilizer that corrects copper deficiencies in plants. It supports essential processes like photosynthesis and enzyme activity. The chelated form ensures easy absorption, promoting stronger plant growth. EDTA-Cu is ideal for foliar feeding, fertigation, or soil application.

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Prodott Introduzzjoni

EDTA-Cu is a chelated copper fertilizer that ensures efficient copper uptake by plants. Copper is essential for enzyme activation, photosynthesis, and plant metabolism. It helps prevent copper deficiency, leading to healthier, stronger crops. EDTA-Cu is highly soluble and bioavailable, making it effective even in copper-deficient or alkaline soils. It can be applied via foliar spray, fertigation, or soil application for versatile use.

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Benefits of EDTA-Cu in Agriculture:

Prevents Copper Deficiency:
EDTA-Cu provides plants with a readily available form of copper, preventing the symptoms of deficiency, such as chlorosis (yellowing of leaves) and reduced growth. This ensures plants receive the essential copper they need for optimal development.
Improves Photosynthesis and Plant Health:
Copper plays a critical role in photosynthesis by activating enzymes involved in chlorophyll production. EDTA-Cu supports these processes, promoting healthier plants with improved growth, stronger root systems, and better stress tolerance.
Increases Yield Potential:
By correcting copper deficiencies, EDTA-Cu enhances plant metabolism, which in turn improves nutrient uptake and overall crop productivity. This results in better-quality crops and higher yields.
Highly Bioavailable and Stable:
The chelation of copper with EDTA ensures its stability and solubility in soil, making it more bioavailable to plants even in challenging soil conditions such as high pH or low copper levels.
Flexible Application Methods:
EDTA-Cu can be applied through various methods, including foliar feeding, fertigation, or soil application, making it adaptable to different farming systems and crop types.