Iron is one of the essential trace elements in the growth process of crops. And it plays an important role in plants.
Iron is a key component in the electron transport chain in plants. It participates in the electron transfer process in photosynthesis and respiration.
Photosynthesis is the basis for crop growth. It can convert sunlight into the energy needed by plants. Fe acts as a catalyst in the process of photosynthesis and promotes the photosynthesis efficiency of plants. At the same time, iron also participates in plant respiration, converting the energy produced by photosynthesis into biochemical energy, providing energy support for plant growth.
Iron is involved in nitrogen metabolism and chlorine synthesis in plants.
Nitrogen is one of the important nutrients in crop growth. It plays an important role in protein synthesis in plants and plant growth and development. By participating in the nitrogen metabolism process, iron promotes the absorption and utilization of nitrogen and improves plants’ nitrogen utilization efficiency. In addition, iron is also involved in the synthesis process of chlorine. Chlorine is an important component of chlorophyll in plants and is crucial to the progress of photosynthesis. The presence of iron can promote the synthesis of chlorine, thereby improving the photosynthesis of plants. efficiency.
Fe plays a role in regulating plant growth and development in plants.
Fe participates in the regulation of the activity of multiple enzymes in plants, affecting the growth and development of plants. Iron deficiency can cause plant leaves to turn yellow, slow growth, and even affect crop yield and quality. Therefore, reasonable supplementation of iron required by plants is crucial to ensure normal growth and development of crops.
To sum up, iron plays an important role in crop growth. It participates in electron transfer in photosynthesis and respiration, and promotes energy conversion and biochemical reactions in plants. At the same time, iron also participates in nitrogen metabolism and chlorine synthesis, improving the absorption and utilization efficiency of nutrients by plants. Properly supplementing the iron required by plants is of great significance to ensure the normal growth and development of crops.
Chelated iron is a highly efficient, high-quality, super-active chelated Fe that is used as a trace element fertilizer in agriculture.
Chelated iron has extremely high bioavailability and is currently the world’s best solution for treating plant iron deficiency and yellow leaf disease. In fertilizer production, widely used as an additive raw material for foliar fertilizer, flush fertilizer, drip irrigation fertilizer, water-soluble fertilizer, organic fertilizer, and compound fertilizer. Used for foliar spraying, flushing, drip irrigation, and soilless cultivation.
EDDHA Fe undergoes a unique chelation reaction and can be applied to soils with pH ≤ 9. EDDHA-Fe can achieve 100% absorption by plants, thus greatly broadening its application range, and the dosage is only 1-5% of ordinary nutrients. It will not have any negative impact on the soil after application. DEEHA-Fe 6% can also fix beneficial components in the soil, reduce loss, help adjust the acidity and alkalinity of the soil, and prevent soil hardening.
EDDHA-Fe has unique super penetration and solubility in water, which is easily absorbed by plants and quickly provides crop nutrients. It can solve the symptoms of Fe deficiency in crops, increase crop yield, improve crop quality, enhance crop stress resistance and disease resistance, etc.
