Amino Peptide Eco

Cost-Effective Liquid Bioactive Peptide & Metabolite Raw Material

Amino Peptide Eco is a cost-effective liquid raw material developed for manufacturers of biostimulants, foliar fertilizers and specialty fertilizers. Produced through gentle enzymatic hydrolysis, it combines 23% total amino acids, including 14% free L-amino acids, with bioactive peptides and more than 150 naturally occurring metabolites in one stable and versatile formulation.

The formulation also contains 4.2% organically bound nitrogen and 12% organic carbon, providing a balanced biological composition suitable for a wide range of professional agricultural formulations. Its excellent compatibility and attractive cost-performance ratio make Amino Peptide Eco an ideal solution for manufacturers seeking high biological value at an economical cost.

Rather than supplying free amino acids alone, Amino Peptide Eco provides a complete biological matrix consisting of free L-amino acids, bioactive peptides and naturally occurring metabolites. This combination offers greater formulation value while maintaining excellent consistency between production batches.

Balanced Biological Composition

Amino Peptide Eco has been formulated to provide an optimal balance between biological performance, formulation flexibility and cost efficiency. The composition contains 23% total amino acids, including 14% free L-amino acids, naturally formed bioactive peptides and more than 150 naturally occurring metabolites generated during controlled enzymatic hydrolysis.

In addition, the formulation supplies 4.2% organically bound nitrogen together with 12% organic carbon. These naturally occurring biological compounds provide formulators with a versatile liquid raw material suitable for the development of modern agricultural products.

Gentle Enzymatic Hydrolysis

The production process uses carefully controlled enzymatic hydrolysis to preserve the biological activity of free amino acids, peptides and naturally occurring metabolites. This gentle technology avoids unnecessary degradation of sensitive compounds while maintaining consistent product quality.

The result is a biologically active liquid raw material with reliable composition, excellent batch-to-batch consistency and high compatibility with a wide range of fertilizer and biostimulant ingredients.

Bioactive Peptides and Naturally Occurring Metabolites

Amino Peptide Eco delivers considerably more than a conventional amino acid concentrate. Alongside free L-amino acids, the formulation contains naturally occurring bioactive peptides and more than 150 metabolites, including organic acids, carbohydrates, nucleotides and other biologically active compounds formed during enzymatic hydrolysis.

Together these components provide a biologically rich raw material that adds value to liquid fertilizer and biostimulant formulations while maintaining an excellent balance between performance and cost.

Excellent Formulation Compatibility

The balanced liquid composition allows Amino Peptide Eco to be incorporated easily into professional formulations. It is suitable for use in liquid fertilizers, foliar fertilizers, specialty fertilizers and a wide range of biostimulant products where formulation stability and compatibility are essential.

The combination of organically bound nitrogen, organic carbon, free L-amino acids, peptides and naturally occurring metabolites supports consistent manufacturing processes while providing formulators with maximum flexibility.

Cost-Effective Solution for Professional Formulators

Amino Peptide Eco has been developed for manufacturers seeking a reliable biological raw material with an excellent cost-performance ratio. Its concentrated composition, stable liquid form and broad spectrum of biologically active compounds make it suitable for both large-volume production and specialised agricultural formulations.

By combining bioactive peptides, naturally occurring metabolites, organically bound nitrogen and free L-amino acids in one economical formulation, Amino Peptide Eco provides a dependable foundation for modern fertilizer and biostimulant development.

Disclaimer: Values shown are typical guideline values and may vary between production batches due to the natural origin of the raw materials. Product-specific analyses are available upon request.