Product Nature
- High stress resistance (spore-forming): Bacillus licheniformis is a spore-forming bacterium capable of producing endospores. This allows it to withstand high temperatures, extreme pH levels, and high pressure, while remaining viable for long periods even under dry conditions.
- Exceptional stability: Highly adaptable in soil environments. It remains active in poor soils and high-salinity conditions, and rapidly resumes vegetative growth after entering the soil.
- High safety profile: Recognized as a safe microbial strain, non-toxic and harmless to humans and animals, and environmentally friendly. Suitable for organic agriculture (organic certification in progress) and sustainable farming practices.
- Excellent compatibility: Can be mixed with most fertilizers (including organic and compound fertilizers). However, simultaneous use with strong bactericides should be avoided.
Product Function
1. Phosphorus Solubilization and Nutrient Transformation (Nutrient Solubilization)
- Solubilization of inorganic phosphorus: Secretes organic acids to convert insoluble phosphorus compounds such as calcium phosphate and magnesium phosphate fixed in the soil into ionic phosphorus that can be absorbed by crops.
- Decomposition of organic phosphorus: Secretes phosphatase enzymes to break down organic phosphorus compounds in the soil.
- Potassium activation: Also exhibits potassium-solubilizing capability, improving the availability and utilization of soil minerals.
2. Root Development and Growth Promotion (Growth Promotion)
- Production of growth-promoting substances: During metabolism, produces hormone-like growth factors and various vitamins that directly stimulate root development, increase root hair density, and enhance plants’ ability to absorb water and nutrients.
- Improved fertilizer efficiency: When used in combination with organic fertilizers, it accelerates the decomposition of organic matter and enables a slow and sustained release of nutrients.
3. Biocontrol and Disease Resistance (Biocontrol)
- Suppression of harmful microorganisms: Inhibits soil-borne pathogens through competitive exclusion.
- Induced resistance: Activates the plant’s own immune responses, enhancing resistance to drought, salinity stress, and pests and diseases.
4. Soil Environment Improvement (Soil Improvement)
- Soil structure enhancement: Viscous substances secreted during microbial metabolism help form soil aggregate structures, improving soil aeration and water-holding capacity.
- Microbial balance restoration: After large-scale application, it can become a dominant beneficial microorganism in the soil, rebuilding a healthy microbial ecosystem and reducing continuous cropping obstacles (root decline issues).
