Chelated fertilizers are a specialized type of fertilizer that plays a crucial role in promoting optimal plant
.growth and development
What sets chelated fertilizers apart from conventional fertilizers is their unique composition, which includes
essential nutrients bound to chelating agents
These chelating agents act as molecular bridges, tightly binding to the nutrients and protecting them from
being trapped in the soil or becoming unavailable to plants
This chelation process enhances nutrient absorption by plants, allowing them to efficiently take up and
utilize vital elements such as iron, zinc, copper, manganese, and more
Chelated fertilizers offer several advantages, including improved nutrient availability, increased nutrient
uptake efficiency, and reduced nutrient losses due to leaching or soil fixation
They are particularly beneficial in soils with high pH levels or in situations where nutrient deficiencies are common
By providing plants with readily available and easily absorbed nutrients, chelated fertilizers contribute significantly to healthier, more vigorous plant growth, improved crop yields, and enhanced overall plant performance
Mayaroshd company, producer of chelated fertilizers under the license of MayaHofHeiom, Germany, intends to introduce you to What is chelated fertilizer? All about chelated fertilizer in Mayaroshd in this
article
Micronutrients in Agriculture
Micronutrients in agriculture refer to elements that plants require in small quantities but play a crucial role in their growth and overall quality
These compounds have essential functions in plants, and their deficiency can lead to reduced growth and overall product quality
.Plant nutrients are vital environmental factors for plant growth and development
Managing nutrient substances for optimal efficiency in commercial crop production is highly
important
Micronutrients include iron (Fe), zinc (Zn), manganese (Mn), copper (Cu), boron (B), chlorine (Cl), molybdenum (Mo), and nickel (Ni)
Micronutrients such as iron, manganese, zinc, and copper easily oxidize or precipitate in the soil, making their use inefficient
Chelated fertilizers have been developed to enhance the efficiency of micronutrient utilization
Over the past 20 to 25 years, it has been established that many of the micronutrient
requirements of plants can be met using metal chelate complexes
These chelates have applications in a wide range of agricultural products such as corn, legumes, cucumber, and citrus orchards
what is chelated fertilizer and what is its application in agriculture
.Chelated fertilizer is one of the essential nutrients for plant growth and productivity
Plants require certain elements that play a fundamental role in their development and overall quality, and
.their deficiency can lead to reduced growth and product quality
Some of these elements include iron (Fe), copper (Cu), zinc (Zn), and manganese (Mn), which naturally
.oxidize in the soil and become unavailable to plants
.To enhance their absorption, these elements are applied in the form of chelated
Today, replacing conventional fertilizers with chelated fertilizers improves overall crop performance and quality in the agricultural industry
Micronutrients such as zinc, boron, iron, copper, and manganese are essential for the health of crops and can enhance plant quality and improve performance
.Additionally, nutrient management is crucial for efficient productivity in vital crop production
Elements in the form of chelated have greater potential for higher cation exchange capacity and faster movement into the roots
A chelated micronutrient fertilizer provides an excellent way to optimize and enhance the efficiency of micronutrients
Mayaroshd chelated fertilizers provide greater stability and durability, being less prone to leaching
The difference between Mayaroshd chelated fertilizers and regular fertilizers lies in the fact that the element present in a chelated form is more stable and protected, facilitating its uptake by plants
For this reason, metallic chelated fertilizers are designed in agriculture to make elements like iron, manganese, zinc, and copper available to plants
The chelated form of an element creates greater potential for uptake and enables better passage through root channels
Without the use of chelated fertilizers, many of these nutrients would not be readily available to the plant
Types of Mayaroshd Fertilizers and Their Applications in Agriculture
:Mayaroshd Calcium Fertilizer
Mayaroshd chelated Calcium fertilizer prevents damage to plants caused by heat and cold stress. It
.promotes better growth and production of crops
:Mayaroshd Manganese Fertilizer
Mayaroshd chelated Manganese fertilizer prevents the occurrence of plant cracking and reddening due to manganese deficiency
:Mayaroshd Iron Fertilizer
Mayaroshd chelated Iron fertilizer is one of the best products for treating yellowing leaves, stem discoloration, and leaf shedding in plants. It also promotes leaf and root growth
:Mayaroshd Copper Fertilizer
Mayaroshd chelated Copper fertilizer plays a vital role in the photosynthesis of plants. It increases plant yield through irrigation and foliar application
:Mayaroshd Zinc Fertilizer
Mayaroshd chelated Zinc fertilizer activates certain enzymes in plants and plays an important role in plant growth
:Mayaroshd Magnesium Fertilizer
Mayaroshd Magnesium chelated fertilizer increases productivity and flowering in plants. It also plays a crucial role in enzyme activation and enhances photosynthesis
These fertilizers are used in agriculture to provide essential nutrients to plants and promote their healthy growth and development
Mayaroshd Chelated Fertilizers
The main reason for using Mayaroshd chelated fertilizers is that chelates help preserve micronutrients from undesirable reactions in the solution and soil
Chelated fertilizers improve the availability of essential micronutrients such as iron, copper, manganese, and zinc, thereby contributing to the productivity and profitability of commercial crops
Mayaroshd chelated micronutrients efficiently deliver essential metals to plants and enhance agricultural productivity and product quality
The reasons why agricultural products require chelated fertilizers like Mayaroshd are as follows
High soil pH (pH > 7.5) reduces access to copper, iron, manganese (Mn), and zinc. When the soil pH is low, large nutrients like calcium (Ca), magnesium (Mg), and molybdenum (Mo) may become limited
Supplying micronutrients to plants can be problematic. Many agricultural fertilizers lacking sufficient amounts of essential micronutrients, such as N, P, or K, fail to meet the plant’s requirements
Micronutrients are often applied before planting, but additional applications may be needed during the growing season to address plant nutrient deficiencies resulting from high or low soil pH, plant-related issues, or environmental factors
Artificial chelated micronutrient fertilizers in ion form are available for plants within a limited pH range (pH 6.5 to 7.5)
Therefore, the application of artificial micronutrients in the soil, especially in sandy soils or when growing
crops with high micronutrient requirements, can be challenging
Synthetic and organic compound micronutrient fertilizers have been developed to have less reactivity with soil conditions
These fertilizers can significantly enhance nutrient uptake and improve utilization efficiency
Does my crop need Mayaroshd chelated micronutrients
If you observe signs of micronutrient deficiencies in your crop, the answer is definitely yes. The good news is that foliar application of a micronutrient can usually address the issue within a few days
If you are growing a sensitive crop like citrus, which is prone to low levels of copper, iron, manganese, and zinc, especially if the soil is alkaline, you should consider extra micronutrient applications
Addressing micronutrient deficiencies, particularly in highly sensitive crops, is important
In such cases, significant improvements can be seen in product quality and performance
Mayaroshd specializes in producing various advanced formulations of chelated fertilizers. Their efficacy and yield are much higher compared to EDDHA available in the market
Mayaroshd products are manufactured based on a new formulation under the license of MayaHofheim, Germany
Mayaroshd chelated fertilizers are suitable for foliar application and can be easily incorporated into the soil
They are resistant to pH levels ranging from 3 to 11 and are compatible with soil of Iran
The types of Mayaroshd chelated fertilizers include iron chelates, zinc chelates, manganese chelates, copper
chelates, and calcium chelated
Why Chelated Fertilizers are Better
:There are several reasons why chelated fertilizers are considered superior
Nutrient Absorption
Chelated fertilizers provide nutrients to plants in an organic form, making them more readily absorbed by plants
Increased Accessibility
Chelated fertilizers enhance the availability of nutrients, ensuring that plants can easily access and utilize them
Leaf Penetration
Chelated fertilizers can easily penetrate into plant leaves, facilitating direct nutrient uptake through foliar application
Enhanced Mobility
Chelated fertilizers increase the mobility of nutrients within the plant, allowing for efficient distribution to different plant parts
Greater Reactivity
Chelated fertilizers exhibit higher reactivity and dynamics, resulting in improved nutrient utilization by plants
Prevention of Washout
Chelated fertilizers help prevent nutrient leaching or washout from the soil, maintaining nutrient levels for plant uptake
High Solubility
Chelated ions have high solubility, ensuring their effective dissolution and availability for plant uptake
Inhibition of Pathogens
Chelated fertilizers can inhibit the growth of plant pathogens, contributing to healthier plant development
Improved Stability
Chelated ions offer greater stability compared to free ions, reducing the likelihood of nutrient precipitation or immobilization in the soil
Suppression of Disease Factors
Chelated fertilizers can suppress the growth of certain disease-causing agents, promoting plant health
Overall, chelated fertilizers provide numerous benefits in terms of nutrient absorption, accessibility, mobility, stability, and disease prevention, making them a preferred choice in agriculture
