MANGANESE AMINO ACID CHELATE: Mn 80 g/L : S 46 g/L : N 28 g/L : AA 172 g/L
Wilchem Signature is a range of amino acid chelates. Amino acids are bidentate chelants – they form two bonds to the nutrient to form a “chelate ring”. The chelate ring is stronger than a single ionic bond, which protects the nutrient and maintains it in solution. Amino acid chelates increase nutrient uptake efficiency, leading to increase yield and quality.
Wilchem Signature Manganese is used to correct and prevent manganese deficiency in a wide range of crops. Signature Manganese can be applied via fertigation, furrow injection or foliar applications for broadacre, viticultural and horticultural production where manganese deficiency may occur.
Foliar sprays are the most effective way of applying Signature Manganese however, it is also suitable for fertigation and furrow injection as chelates reduce reactions in the soil solution making the nutrients more available and for a longer period.
Manganese deficiency mainly occurs in soils with high pH, sandy soils with low organic matter that have been limed. Low levels of potassium and high levels of copper, iron and zinc will reduce availability. Cereals, tree crops, vines, legumes and vegetables are particularly susceptible.
Manganese is essential for chlorophyll production and photosynthesis. It has a key role in oxidation reduction, nitrogen and carbohydrate metabolism. Cereals, tree crops, vines, legumes and vegetables are particularly sensitive to manganese deficiency.
Signature Manganese is compatible with a wide range of agricultural herbicides and pesticides. Check the Compatibility Guide as a reference. Always do a small jar test before preparing a full tank mix.
Liquid fertilizers can be corrosive to metals so flush equipment clean after use. Avoid inhaling fumes. Avoid contact with eyes and skin. Wash thoroughly with soap and water after handling. Protect from frost. Amino acids are an organic substance and over time some slight precipitation may occur. Do not store for extended periods in direct sunlight.