In particular, these compounds have shown great promise in chelating iron, a key micronutrient essential for plant growth and development. Chelated iron fertilizers play a crucial role in enhancing iron uptake by plants, especially in alkaline soils where iron is less available to plants. The use of IDS-based chelates offers several advantages over traditional chelating agents like EDTA, including higher stability under a wide range of pH conditions, superior biodegradability, and reduced environmental impact. Furthermore, IDS-based chelated iron fertilizers have been found to exhibit higher efficiency in delivering iron to plants, leading to improved crop yields and overall plant health. With the growing demand for sustainable and environmentally-friendly agricultural practices, the development and adoption of IDS-based chelates for micronutrient delivery, particularly for iron, present a promising solution for boosting crop productivity while minimizing ecological footprint.
Micronutrientes biodegradáveis e de alta qualidade – IDS
Ácido iminodisuccínico (iminodissuccinato tetrassódico)
Como agente quelante de alta qualidade, o ácido iminodisuccínico (sais) tem excelente capacidade quelante em íons de zinco, cobre, ferro, manganês, cálcio, etc. Por ser um micronutriente quelatado totalmente biodegradável, o ácido iminodisuccínico (sais) tem desempenho superior aos agentes quelantes convencionais.
A liberação eficaz e 100% de alta qualidade o torna uma alternativa ideal ao agnet quelante convencional, o excelente desempenho pode ser observado a seguir,
1) Solúvel em água - fácil de usar, economizando tempo e custos.
2)Facilmente eficaz – mais disponível do que outros micronutrientes quelados.
3) Boa compatibilidade - pode se misturar com fertilizante solúvel em água, ampla aplicação de pH.
4)Totalmente biodegradável - ecologicamente correto, 100% liberado de micronutrientes para as plantas.
Iminodisuccinic acid sodium salt can be used to produce readily biodegradable micro element nutrient chelates fertilizers that are applied in agriculture and horticulture as foliar sprays, in soil application as well as in hydroponics and fertigation.