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Fast Acting Yeast Fertilizer Promotes Root Growth And Disease Resistance Increases Soil Fertility

Categories Plant Growth Regulators
Place of Origin: Yichang
Brand Name: Jingshida
Certification: None
Model Number: None
MOQ: 1 ton
Price: Negotiable
Packaging Details: woven bag/kraft paper bag
Delivery Time: within one week
Payment Terms: T/T
Supply Ability: 100,000 tons
Classification: ORGANIC FERTILIZER
Trace Elements Content: ≥0.5%
Release Type: QUICK
Function: Increase Yield
Ph Range: 5-6
Einecs No: bio fulvic acid fertilizer
Application: Foliar spray, drip irrigation, soil application
Richness: 70%
Water Solubility: 100% Soluble
Other Names: FULVIC ACID
Fulvic Acid Content: ≥5%
State: Powder/Liquid
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Fast Acting Yeast Fertilizer Promotes Root Growth And Disease Resistance Increases Soil Fertility

Nutrient-Rich Yeast Natural Supplement To Boost Immunity And Improve Digestion

Introduction to Yeast

Yeast is a microbial fertilizer that can be used as an organic material decomposer, a component of composite microbial fertilizers, bio-organic fertilizers, and microbial inoculants. It is suitable for use in bio-fertilizers, bio-feed, and bio-pesticides. The product appears as light white granules.

Product Composition

ComponentSpecification
Effective Live Cells (billion/g)200
Trehalose (%)21
Mannan Oligosaccharides (MOS) (%)14.5
β-Glucan (%)34.5
Amino Acids (%)30.4

Main Application Areas

Agricultural Benefits

  1. Fermentation and Improvement of Organic Fertilizers

    • Decomposing Organic Matter: Yeast participates in compost fermentation, accelerating the breakdown of organic waste such as straw and animal manure into humus, enhancing soil fertility.
    • Nutrient Release: During decomposition, it releases nitrogen, phosphorus, potassium, and trace elements, increasing the availability of nutrients in the soil.
    • Pathogen Suppression: Organic acids and antimicrobial substances produced during fermentation can reduce harmful microorganisms in the soil.
  2. Biological Control and Plant Health

    • Antagonizing Pathogens: Some yeast species (e.g., Pseudozyma) can suppress plant pathogenic fungi (e.g., botrytis and powdery mildew) by competing for nutrients or secreting antimicrobial substances.
    • Inducing Resistance: Activates the plant immune system, enhancing resistance to diseases and environmental stresses (e.g., drought, salinity).
    • Promoting Growth: Secretes growth hormones (such as indole acetic acid) that stimulate root development, increasing crop yields.
  3. Environmental Protection and Circular Agriculture

    • Agricultural Waste Treatment: Used to process fruit and vegetable processing waste, distiller's grains, etc., converting them into feed or fertilizers to reduce pollution.

Aquaculture Benefits

  1. Water Quality Regulation

    • Decomposing Organic Matter: Breaks down leftover feed and waste, reducing harmful substances such as ammonia nitrogen and nitrites, thereby improving water quality.
    • Stabilizing Algal Balance: Competes to inhibit the overgrowth of harmful algae, maintaining ecological balance in the water.
  2. Feed Additive

    • Nutritional Enhancement: Yeast is rich in protein, B vitamins, and nucleotides, serving as a feed supplement to improve growth performance in fish and shrimp.
    • Enhanced Immunity: Components like β-glucan activate the immune system of aquatic animals, reducing the incidence of diseases.
    • Antibiotic Replacement: Acts as a probiotic to reduce pathogenic bacteria (e.g., vibrios) in the gut, promoting gut health.
  3. Resource Utilization

    • Fermented Feed: Utilizes yeast to ferment plant proteins such as soybean meal and rapeseed meal, degrading anti-nutritional factors and improving feed utilization.

Feed Benefits

  1. Feed Fermentation and Nutritional Enhancement

    • Silage Feed: Adding yeast promotes lactic acid fermentation, suppressing spoilage bacteria and improving the nutritional value and palatability of silage feed.
    • Single-Cell Protein (SCP): Cultivating yeast on industrial wastes (e.g., molasses) produces high-protein feed (e.g., feed yeast), serving as a substitute for soybean meal and fish meal.
  2. Animal Health Management

    • Gut Probiotics: Regulates the microbial balance in the rumen of ruminants, improving fiber digestion; inhibits pathogenic bacteria like E. coli in poultry and pigs.
    • Stress Relief: Yeast cell wall polysaccharides (e.g., mannan oligosaccharides) enhance immunity and reduce stress responses from transport and weaning.
  3. Manure Treatment and Emission Reduction

    • Odor Reduction and Pollution Control: Ferments livestock manure to decrease emissions of harmful gases such as ammonia and hydrogen sulfide, reducing environmental pollution.
    • Organic Fertilizer Production: Converts manure into safe fertilizers, achieving a cycle of integrated farming and cultivation.
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