420 Hydroponics – Pure Iron EDDHA 25g

Fertilizer Pure Iron EDDHA 420 Hydro ponics   to combat iron chlorosis. Preventive and curative action through its double effect: rapid and lasting (sustained release).
Authorized in Agriculture Bio logic by the European Union in accordance with 834/2007 and 889/2008 regulations.

FERTILIZER – iron chelate EDDHA
Iron is involved in the formation of chlorophyll and other pigments (carotenes and xanthophylls) and the transport of oxygen (respiration) and to the nitrogen fixation.
Pure Iron EDDHA 420 Hydro ponics acts on protein metabolism, enzymatic functions, and nitrate reduction.
Its formulation has many advantages:
• rapid dispersion,
• good performance suspension (no clogging drippers or jets)
• handling clean (no dust)
• easy dosing.
dosage:
vegetable cultivation: 1-2 g / plant
Grapevine: 5-10g / plant
Fruit Trees: 40-60g / tree
Citrus and olive trees: 30-100g / tree
2 Recommended applications:
1st Application 2 to 6 weeks after planting.
2 nd applying 2 to 6 weeks after the first, before the appearance of flowers (flower induction).
fertigation:
preventive contribution: 0.01 to 0.02 g / L
curative input: 0.1 to 0.2 g / L
use:
Culture garden, fruit, floral / fruit trees / Citrus trees / vines.
Never spray. Apply only on the ground, on ground or damp.
fast dispersing, good holding in suspension (no plugging drippers or jets), clean handling (not dust), easy dosage.
Period of use:
Growth and flowering.
Importance of iron:
Iron (Fe) is part of the family of trace elements or micronutrients, ie it is required by plants in addition p eti quantity you that the primary nutrients (N, P, K) and secondary ( Ca, Mg, S,). However, iron is very important for the health and growth of plants. Of all the trace elements, iron is required in the greatest amount and availability depends largely on the pH of substrate.
Iron is a component of several enzymes and certain pigments. It also helps to reduce the levels of nitrate and sulfate in the plant and the production of energy. Although iron is not used in the synthesis of chlorophyll (the green pigment in leaves), however, it remains essential to its formation; the plants need iron sometimes display symptoms of chlorosis in new leaves.
Breathing
Chlorophyll formation
Operation of photosynthetic systems
Protein metabolism
Reduction of nitrates
Iron deficiency results in chlorosis interveinale new leaves (the leaves are yellow with green veins).