Hifield Ami Pro 30 Biostimulants

About Product

• Amipro 30 by Hifield Organics is a highly efficient, 100% plant-derived liquid biostimulant packed with 16.9% active amino acids and natural peptides.
• Formulated through advanced enzymatic hydrolysis, it offers rapid absorption and immediate activation of plant metabolism.
• This powerful amino acid solution strengthens crops against stress, boosts flowering and fruit setting, enhances nutrient uptake, and drives vigorous growth and yield increase across all crop types.
• Whether you're growing vegetables, pulses, fruits, or commercial crops, Amipro 30 supports organic productivity, higher resilience, and improved soil health.
• Its water-soluble, clog-free formula ensures smooth use in foliar sprays, drip systems, and seed treatments. Choose Amipro 30 for greener, stronger, and more productive crops naturally.

Technical Content

• Protein Hydrolysate + Potassium sorbate

Features

• Premium 16.9% Amino Acid Concentration: Fast-acting bioavailable formulation to fuel plant metabolism and accelerate vegetative growth and flowering.
• 100% Plant-Based Biostimulant: Derived from Glycine max & Zea mays through enzymatic hydrolysis; ideal for organic & sustainable farming.
• Maximizes Nutrient Uptake: Acts as a natural chelator and transporter, improving absorption of NPK and micronutrients.
• Protein hydrolysates (PHs) serve as biostimulants that enhance plant growth and improve stress tolerance.
• In contrast, potassium sorbate (KS) primarily acts as a fungicide, effectively inhibiting fungal growth.
• When used together, PHs can promote better plant health and yield, while KS helps protect crops from fungal diseases.
• Increases Yields & Produce Quality: Improves fruit size, color, Brix (sugar content), and shelf life. Supports higher retention of flowers and fruits.

Dosage

• 5 ml per ltr

Method Of Application

• Foliar Spray / Drone Spray

Additional Information

• Boosts Crop Resilience: Enhances plant immunity to drought, salinity, temperature stress, and nutrient deficiencies.