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Aquaforest Iron Boost 2000ml - liquid iron
AF Iron Boost - A professional supplement of easily absorbable iron for aquarium plants containing the most absorbable form in the form of a chelate. Iron is involved in various metabolic processes and plays an important role in the synthesis of chlorophyll - the green pigment. It is characterized by high bioavailability and dissolves excellently in water without forming sediment.
Lowest price in the period of 30 days before current promotion: PLN108.79 +4%
Product compliance details: Manufacturer and person responsible for the product
Responsibility for the Product
Manufacturer Aquaforest ul. Górna Wilda 74 61-564 Poznań Poland [email protected]
Responsible person Aquaforest ul. Starowiejska 18 32-800 Brzesko Poland [email protected]
- Free return within 30 days.
- Free delivery on orders over 499 PLN
Description
The presence of iron affects the efficiency of photosynthesis. Iron absorption depends on the content of macro and microelements, pH level, and the form of iron itself. A common problem in aquariums is iron deficiency, as its form is not absorbable by plants. Iron deficiency leads to a loss of chlorophyll, which in turn results in the development of chlorosis, manifested by yellowing and necrosis of the leaves. The optimal concentration of iron in aquarium water should be 0.1-1 mg/l. AF Iron Boost contains a concentrated dose of easily absorbable iron chelate Fe2+ for aquarium plants. AF Iron Boost is a fertilizer for aquarium plants.
Additionally, the use of the product promotes the proliferation of nitrifying bacteria.
Systematic dosing of AF Iron Boost will fully meet the requirements of the plants, thus achieving healthy and attractive leaf colors.
Dosing: 1 ml of AF Iron Boost per 100 l of water once a week. 1 ml of AF Iron Boost dissolved in 100 l of water raises the iron level by 0.04 mg/l. Supplementation should be maintained until satisfactory results are achieved.
It is recommended to use it in conjunction with AF Micro and AF Macro products.
Absorbents such as zeolite and/or carbon may reduce the effectiveness of the product.