Natural Lactic Acid A Versatile Food Additive With Health Benefits

Overview of Organic Acids / Lactic Acid

This product is derived from food-grade sources, ensuring it is safe and non-toxic for various applications.

Composition Analysis

Key Applications

Agricultural Uses

1. Soil Enhancement and Nutrient Optimization

   • pH Adjustment: Organic acids effectively neutralize alkaline soils, alleviate compaction, and enhance the release of essential nutrients (such as phosphorus, iron, and zinc) from acidic soils.
   • Heavy Metal Detoxification: These acids form complexes with harmful metals (like cadmium and lead), reducing their toxicity and limiting their uptake by plants.
   • Microbial Growth Stimulation: Acting as a carbon source, organic acids promote the growth of beneficial soil microorganisms (such as nitrogen-fixing and phosphate-solubilizing bacteria), accelerating the breakdown of organic matter.

2. Plant Growth Enhancer

   • Foliar Application Benefits: When applied to leaves, organic acids (including humic acid) increase permeability, enhance mineral absorption, and boost photosynthesis.
   • Stress Tolerance Improvement: They activate antioxidant enzymes (SOD, POD), helping plants withstand drought, salinity, and other environmental stresses.
   • Seed Germination Aid: Soaking seeds in organic acids can break dormancy, resulting in higher germination rates and more vigorous seedlings.

3. Pest and Disease Management

   • Natural Antimicrobial Properties: Low molecular weight organic acids (such as acetic acid) can penetrate the membranes of pathogens, inhibiting the growth of fungi (e.g., powdery mildew) and bacteria.
   • Eco-Friendly Pesticide Alternative: When combined with plant extracts, organic acids can create environmentally safe biopesticides, reducing reliance on chemical pesticides.

Aquaculture Applications

1. Water Quality Management

   • pH and Ammonia Control: Organic acids (like citric acid) can neutralize alkaline conditions in water, converting ammonia nitrogen to less toxic ammonium ions.
   • Heavy Metal Chelation: They bind to heavy metals such as copper and zinc, helping to mitigate the detrimental effects of industrial pollutants on aquatic life.
   • Harmful Algae Control: Organic acids can inhibit the growth of blue-green algae, maintaining a balanced algal population in aquatic environments.

2. Feed Enhancement

   • Appetite Stimulation and Digestive Aid: The sour taste of organic acids (such as formic acid) encourages feeding in fish and shrimp, lowers intestinal pH, and activates digestive enzymes (like pepsin).
   • Replacement for Antibiotics: They help suppress harmful gut bacteria (e.g., Vibrio and E. coli), reducing intestinal inflammation and improving overall digestive health.
   • Improved Mineral Absorption: Organic acids form soluble complexes with minerals like calcium and magnesium, promoting growth and shell formation in crustaceans (e.g., shrimp and crabs).

3. Disease Prevention

   • Water Disinfection: Applying organic acid formulations can control pathogenic microorganisms in water, reducing the incidence of diseases such as gill rot and skin necrosis.
   • Immune System Support: Organic acids enhance the non-specific immune responses in fish and shrimp (e.g., lysozyme activity), improving resistance to diseases.

Animal Feed Applications

1. Preservation and Nutritional Integrity

   • Mold and Bacteria Inhibition: Organic acids (like propionic acid) effectively suppress the growth of molds and bacteria in feed, extending shelf life.
   • Nutritional Enhancement: Acidification during processing helps preserve sensitive vitamins (e.g., vitamin C) that might otherwise degrade at high temperatures.

2. Animal Health Support

   • Gut Health Improvement: Organic acids lower gastric pH, inhibit harmful bacteria (such as Salmonella), and foster the growth of beneficial probiotics, which can help reduce diarrhea.
   • Enhanced Protein Digestibility: Acidifying feed can increase pepsin activity, improving protein utilization in young animals, such as piglets and poultry.
   • Heat Stress Mitigation: Incorporating citric acid can help balance blood pH, reducing the adverse effects of high temperatures on feed intake.

3. Environmental and Waste Management

   • Ammonia Reduction: Organic acids help lower the pH in the gut and fecal matter, decreasing urease activity and minimizing ammonia emissions from livestock facilities.
   • Composting Efficiency: They speed up the decomposition of organic materials in manure, reducing odors and enhancing the effectiveness of organic fertilizers.

Future Development Directions

1. Composite Acid Formulations: Creating blends of multiple organic acids to maximize synergistic benefits (e.g., antibacterial properties combined with appetite stimulation).
2. Nanotechnology Applications: Employing nanomaterials for encapsulating organic acids, allowing for controlled release and targeted effects.
3. Sustainable Aquaculture Practices: Transitioning to antibiotic-free farming methods and promoting organic agricultural practices to reduce chemical dependencies.

Wuhan Jingshida Industrial Co., Ltd. was established in March 2015 and is located in the charming city of Wuhan. It is a wholly-owned private enterprise. Since its establishment, the company has been committed to deep cultivation and innovation in the agricultural field, focusing on the research and development of products such as organic fertilizers, water-soluble fertilizers and aquatic feeds. In 2017, Jingshida successfully registered its own trademark and won the honor of National High-tech Enterprise in 2023, which means that the company's technical strength and innovation capabilities have been recognized by the country. Jingshida has always adhered to the concept of sustainable development and is committed to promoting the development of ecological agriculture, improving the ecological environment, and contributing to the healthy life of mankind.