Zinc Glycinate

Glycine ligands coordinate zinc, helping reduce reaction with phosphate, carbonate or hard-water ions in high-end soluble and liquid fertilizer systems.

Glycine is the smallest and simplest amino acid, with a molecular weight of about 75. Trace elements chelated with glycine are well positioned for foliar spray and rapid deficiency-correction formulas, especially in premium fruit, vegetable, greenhouse and cash-crop programs.

Compared with mixed amino acid hydrolysates, glycinates use one defined ligand, making the chelate structure easier to control and reducing batch-to-batch variation in premium export, liquid fertilizer and fully water-soluble foliar formulas.

General amino acid chelates fit cost-sensitive field and volume formulas. Glycinates are better suited to high-end product lines that emphasize purity, stability, full solubility and fast uptake.

The glycine ligand is mild and useful for micronutrient foliar nutrition on high-value crops, with lower leaf-stress risk than many inorganic salts. Run a small plot test before broad application.

Zinc Glycinate can support crop micronutrient programs and organic trace mineral premixes, giving formulators one flexible raw material family.

Glycine is a nutritional ligand, so it is generally easier to position for feed additive raw material use than EDTA chelates. Use must follow local regulations.

Fine powder disperses easily for foliar spray, fertigation and liquid fertilizer production. Always test compatibility before scaling up mixed formulas.

Zinc supports auxin synthesis, internode growth, flowering and grain formation, making it useful for zinc-deficient soils, corn, rice, fruit trees and vegetable programs.