To meet global market demands and enhance SIRO’s brand competitiveness, we launch four innovative amino acid strategies in 2026. Each formula is scientifically designed to address diverse agricultural challenges, deliver superior crop performance, and provide sustainable solutions for farmers worldwide. Below is a detailed FAQ to help you understand their core values and unique advantages.
SIRO’s four strategies integrate advanced formulation technology and crop physiology needs, each with targeted efficacies:
Three acids combined (Amino acid + Humic acid + Alginic acid): Synergizes three organic active ingredients to improve soil structure, stimulate root development, enhance nutrient absorption, and boost crop stress resistance (drought, salinity, cold).
Combination of hydrolysis and enzymatic hydrolysis processes (Free amino acids + Small peptides): Combines two extraction technologies to produce a mixture of free amino acids (fast absorption) and small peptides (long-acting nutrition), promoting photosynthesis and crop growth.
Small peptides + Metal elements (e.g.: Calcium, Molybdenum, etc.): Chelates small peptides with essential metal elements, improving element utilization, preventing nutrient deficiency, strengthening cell walls, and reducing fruit drop and cracking.
Salt-free amino acids + Functional additives (Betaine, Choline chloride): Adopts salt-free amino acids to avoid soil salinization, combined with betaine and choline chloride to enhance crop stress tolerance and improve quality (sugar content, color, shelf life).
Each strategy is tailored to specific planting needs and crop types:
Three acids combined: Suitable for degraded soil, continuous cropping fields, and all crops (especially fruits and vegetables) needing soil improvement and root strengthening.
Hydrolysis + enzymatic hydrolysis: Ideal for seedling stage, flowering and fruiting period of cash crops (cotton, tobacco) and grain crops (wheat, corn) to promote growth and yield.
Small peptides + Metal elements: Perfect for fruit trees, vegetables, and legumes prone to nutrient deficiency, ensuring balanced nutrition and high-quality output.
Salt-free amino acids + Functional additives: Suitable for protected cultivation (greenhouses), saline-alkali soil, and high-value crops (grapes, strawberries) requiring quality improvement.
SIRO’s strategies stand out with three core advantages: ① Synergistic effect: Each formula combines multiple active ingredients to achieve “1+1>2” efficacy, avoiding single-component limitations. ② Technology innovation: Hydrolysis-enzymatic hydrolysis integration and salt-free technology ensure higher absorption rate and environmental friendliness. ③ Targeted design: Different formulas address specific pain points (soil degradation, nutrient waste, stress damage) rather than one-size-fits-all. Additionally, partial strategies are supported by COA (Certificate of Analysis) to ensure product quality and transparency.
The key benefits include: Reduced input cost (higher efficacy with lower dosage); improved crop yield (10-20% increase in most cases); enhanced crop quality and market competitiveness; better soil health and long-term sustainability; reduced environmental impact (salt-free, low-residue). For partners, these innovative strategies help expand market share and build a competitive edge with SIRO’s unique formulations.
SIRO is committed to R&D and innovation, with three irreplaceable advantages: ① Professional R&D team: We focus on agricultural needs and develop formulas based on global field trial data. ② Strict quality control: From raw material selection to production, each batch is tested with COA provided for key products. ③ Comprehensive support: We offer technical guidance, customized solutions, and stable supply to ensure partners’ success. Choosing SIRO means choosing reliable quality, innovative technology, and long-term win-win cooperation.
With these four amino acid strategies, SIRO aims to empower global agriculture, meet diverse market demands, and strengthen its position as a trusted leader in agricultural biostimulants.
