Protein Hydrolysate Amino Acid 10% is an organic biostimulant prepared through enzymatic or acid hydrolysis of natural proteins, delivering a minimum of 10% available amino acids.
It provides essential L-amino acids that enhance nutrient absorption, stimulate root development, improve chlorophyll formation, and strengthen plants during stress conditions such as drought, heat, or transplant shock.
By improving overall plant metabolism and growth efficiency, Protein Hydrolysate 10% reduces the dependency on heavy chemical fertilisers and supports a more sustainable, eco-friendly approach to crop nutrition.
Amino Acid 10% (Protein Hydrolysate)
ffas provide a wealth of essesntial nutrients,which are cruial for plant growth.
Amino acid act as building block for proteins,facilitating better growth and development of plants
Amino acid like glycin and glutamic acid enhance chlorophyll production,leading to more efficient photosynthesis
ffas support to absorb better water and nutrients
Amino Acid 10% (Protein Hydrolysate) is produced through controlled Enzymatic and hydrolysis of natural protein sources to release free and bound L-amino acids.
The formulation contains a minimum of 10% total amino acids, including key fractions such as L-glutamic acid, L-glycine, L-alanine, L-proline, and L-lysine, along with soluble organic nitrogen and low-molecular-weight peptides.
It enhances nutrient assimilation, chlorophyll development, enzyme activation, root biomass, and stress tolerance under drought, heat, or salinity. As per FCO-style specifications, it functions as a bio-stimulant improving metabolic efficiency and reducing the requirement for high chemical fertiliser doses.
Provides ready-to-absorb amino acids that support protein synthesis and faster plant growth.
Reduces plant stress by acting as natural chelators that enhance nutrient uptake efficiency.
Improves enzyme activity and metabolic functions in leaves and roots.
Stimulates flowering, fruit set, and overall productivity through hormonal balance.
Enhances photosynthesis and energy production, supporting stronger plant development.