SKU 40837-cASX Fe Chelate Iron DTPA Fertiliser
ASX Fe Chelate Iron DTPA is a single-component iron fertiliser in the form of microgranules, containing iron in the form of DTPA chelate. The use of the fertiliser allows for rapid delivery of iron to plants, which increases photosynthesis efficiency.
Description
ASX Fe Chelate Iron DTPA - iron fertiliser
- For rapid delivery of iron to plants.
- High efficiency.
- CE fertiliser.
- DTPA chelated microgranulate.
- 100% chelated iron.
- Fast solubility.
- Sodium-free.
- Increases photosynthesis efficiency.
ASX Fe Chelate Iron DTPA - single-component fertiliser in microgranulate form, containing iron in chelated form. It dissolves quickly in water, does not cake, and is completely dust-free. It is stable over a wide pH range (up to 7.5). It is an excellent source of iron. Intended for soil fertilisation, fertigation and hydroponics. Recommended for preventive and corrective fertilisation of all crops. It meets the needs of even the most demanding plants.
ASX Fe Chelate Iron DTPA - composition:
- iron (Fe) (11%);
- potassium oxide (K2 O) (9%).
Application and dosage
|
Crop |
Application timing / recommendations |
Dose |
|---|---|---|
|
greenhouse crops - preparation of ready-to-use watering solutions |
In greenhouse crops, the fertiliser is added to substances dissolved in tank B or a ready-to-use solution is prepared. Doses should be applied depending on the amount of micronutrients contained in the water. |
0.02–0.06 kg/1000 l of water |
|
greenhouse crops - preparation of concentrated solutions - 10% solution in tank B |
In greenhouse crops, the fertiliser is added to substances dissolved in tank B or a ready-to-use solution is prepared. Doses should be applied depending on the amount of micronutrients contained in the water. |
2–5 kg/1000 l of concentrate |
|
greenhouse crops - preparation of concentrated solutions - 20% solution in tank B |
In greenhouse crops, the fertiliser is added to substances dissolved in tank B or a ready-to-use solution is prepared. Doses should be applied depending on the amount of micronutrients contained in the water. |
4–8 kg/1000 l of concentrate |
