Advanced continuous enzymatic hydrolysis technology with a compound of various exoenzymes and endoenzymes, 

Manufacture process:

Corn Protein → Enzymatic Hydrolysis → Protein Peptides → Free Amino Acids → Fertilizer-Grade Powder

• Corn protein is used as the primary protein source.
• Controlled enzymatic hydrolysis breaks down proteins into smaller peptides and free amino acids.
• The process is designed to increase the proportion of free amino acids.
• A portion of low-molecular-weight peptides is retained.
• The resulting powder is processed for fertilizer formulation.

Free amino acids serve as the primary currency of protein metabolism in multicellular organisms, with concentrations typically lower than protein-bound forms.

Total amino acid analysis measures both protein-bound and unbound amino acids, while free amino acid analysis specifically quantifies individual unbound amino acids not bound in proteins.

• Promotes growth through involvement in various metabolic processes
• High bioavailability up to 90% for immediate nutrient utilization

• Stress Tolerance and Resistance: Enhances plant resilience against drought, high temperatures, salinity, and disease through improved osmotic regulation and antioxidant defense mechanisms.
• Improved Root Development: Promotes healthy root growth for increased nutrient and water absorption, resulting in stronger, more robust plants.
• Enhanced Flowering and Fruit Set: Supports flower and fruit development processes including pollen germination, pollination, and hormone regulation for increased production and quality.

Available in 20KG/BAG or 10KG/BAG (Kraft bag outside with plastic bag inside). Store in a dry place and keep sealed when not in use.

• Application Method: Can be mixed with water for foliar spraying or incorporated into the soil
• Dosage: Follow manufacturer guidelines based on crop type and growth stage
• Compatibility: Generally compatible with other organic fertilizers and biostimulants

• Verify organic certification and absence of synthetic additives
• Conduct soil tests to determine specific nutrient needs
• Adjust application rates based on test results and crop requirements