Microbial Inoculum Fertilizer, Yimuer

Detail Specification

Effective live bacteria count ≥ 500 million/g
Effective live bacteria name: Bacillus subtilis
SiO2 ≥ 6%
CaO ≥ 3%
MgO ≥ 20%
Granular size: 2-4mm
Applicable crops: This product can be widely used in crops such as peanuts, rice, corn, cucumbers, various vegetables, fruit trees, melons and fruits, tea trees, flowers, grains, cotton and oil.

Product Details of Microbial Inoculum Fertilizer, Yimuer

Selling Points

Yingkou Maomei Agricultural Technology Co., Ltd., relying on high-quality mineral resources, produces microbial inoculum fertilizer products with advanced technology and the following characteristics:

• ✽New formula
  ✽Complete nutrients
  ✽Comprehensive efficacy
  ✽Disease and stress resistance
  ✽Increase production and income
  ✽Improve quality
  ✽Full and uniform particles
  

Products are exported to the United States, Russia, Indonesia, Canada, Spain, Malaysia, Bangladesh, and other countries, and also cover all provinces, cities, and regions across the country.

For more service advantages of Yingkou Maomei Agricultural Technology, please see Why choose us? and Factory Photos.

Advantages of Microbial Inoculum Fertilizer, Yimuer

1. Strong adsorption and degradation of pesticide residues
High-efficiency active complex probiotics have the ability to strongly adsorb and degrade pesticide residues in soil. Through metabolic activities, these probiotics decompose pesticides into harmless small molecules or non-toxic products, effectively reducing the toxicity of pesticide residues in the soil, thereby significantly reducing the harm of pesticides to crops in the current and next seasons. Experimental data shows that after the application of high-efficiency active compound probiotics, the degradation rate of organophosphorus pesticides in the soil increased by 40%, and the amount of pesticide residues in crops was significantly reduced, ensuring the safety of agricultural products.
2. Adjust acidity and salt, improve soil structure
High-efficiency and active compound probiotics can adjust soil pH, reduce soil salt concentration, effectively break soil hardening, and improve the soil's aggregate structure. This not only enhances the air permeability and water retention of the soil, but also promotes the activity of soil microorganisms and improves soil fertility. Studies have shown that after the application of probiotics, the soil pH value tends to be neutral, the organic matter content increases by 15%, and the soil structure is significantly improved.
3. Slowly control fertilizer efficiency and improve fertilizer utilization efficiency
The high-efficiency active compound probiotics have a slow-controlled release function for fertilizers and can effectively improve the utilization rate of fertilizers. By adjusting the release rate of nutrients, crops will not grow vigorously in the early stages of growth and will not lose fertilizer in the later stages, maintaining a stable nutrient supply. This control mechanism not only improves the efficiency of fertilizer use, but also reduces fertilizer waste and environmental pollution. For example, in corn cultivation, the nitrogen utilization efficiency of corn increased by 20% after applying fertilizer containing probiotics.
4. Increase ground temperature and promote seed germination
High-efficiency active complex probiotics can increase ground temperature, promote seed germination rate, and help fertile soil to nourish roots. These probiotics release heat through metabolic activities, increasing soil temperature, which helps rapid germination of seeds and healthy root growth. Experiments have shown that after the application of probiotics, the ground temperature increased by 2-3 degrees Celsius, the germination rate of seeds increased by 15%, and the root system grew stronger.
5. Increase the activity of beneficial soil microorganisms and inhibit harmful bacteria
High-efficiency and active compound probiotics can significantly increase the activity of beneficial microbial flora in farmland soil, form dominant colonies around the roots, and inhibit the activities of harmful fungi, bacteria and viruses. This not only effectively reduces the damage caused by soil-borne pathogens, but also improves the crop's disease resistance, stress resistance and resistance to repeated cropping. Application cases show that after the application of probiotics, the incidence of soil-borne diseases was reduced by 30%, and the disease resistance and stress resistance of crops were significantly enhanced.

Fertilization Recommendations

Packaging and Storage

1. Protect from rain and sunlight, store in a ventilated and dry place, and do not transport or store together with toxic and hazardous substances.
2. Each bag is 25 kg, and we can also provide packaging as small as 1 kg or as large as ton bags according to customer requirements.
3. Plastic woven bags, lined with plastic inner bags. We provide all available packaging such as paper plastic bags/kraft paper bags/PE bags.
4. We provide a variety of transportation methods: road transportation, railway transportation, air transportation, container transportation, and ocean transportation.

5. Our company's marks can provide OEM or neutral marks.

FAQ

1.Is there any technical support for this fertilizer?

We provide comprehensive technical support to all customers. If you encounter any problems or have any questions during use, our technical support team is always ready to provide you with help and guidance.

2.Where is the address of the production factory?

Yingkou Maomei Agricultural Technology Co., Ltd. is located in Yingkou Dashiqiao City in the south-central part of Liaoning Province. It is known as the "China Magnesium Capital" at home and abroad. Welcome to Yingkou Dashiqiao, welcome to visit our company!

Product Knowledge：Effect of Silicon-Calcium-Magnesium Microbial Fertilizer on Improving Soil Fertility

With the continuous development of modern agriculture, the improvement of soil fertility has become one of the key factors to improve crop yield and quality. As a new type of compound fertilizer, silicon-calcium-magnesium microbial fertilizer has a significant effect on improving soil fertility due to its unique composition and mechanism of action.
1. Silicon calcium magnesium microbial inoculant fertilizer mainly consists of the following ingredients:
Silicon (Si): Increases plant resistance to pests and diseases, improves photosynthesis efficiency, and enhances the mechanical strength of plant cell walls.
Calcium (Ca): Promotes the stability and integrity of plant cell walls and improves soil structure and aeration.
Magnesium (Mg): As the core element of chlorophyll, magnesium plays a key role in plant photosynthesis and nutrient transformation.
Beneficial microorganisms: such as Bacillus subtilis, nitrogen-fixing bacteria, phosphate-solubilizing bacteria, etc., can improve soil microbial communities and promote the effective utilization of nutrients.

2. The mechanism of improving soil fertility by silicon-calcium-magnesium microbial fertilizer
1. Improve soil structure: The calcium ions in the silicon-calcium-magnesium microbial fertilizer combine with soil particles to form soil aggregates, improve the physical structure of the soil, and increase the soil's aeration and water retention capacity. This improvement effect is particularly significant for heavy clay and sandy soils.
2. Enhance soil nutrient supply capacity: Silicon and magnesium elements can promote the effective utilization of phosphorus, potassium and other nutrients in the soil. At the same time, microbial agents convert insoluble minerals in the soil into plant-absorbable nutrients through their metabolic activities. form and improve the nutrient supply capacity of the soil.
3. Promote the decomposition of organic matter: The beneficial bacteria in the microbial inoculants decompose organic matter in the soil to form humus, further improving the fertility of the soil. Humus is not only an important source of plant nutrients, but also enhances the water retention and buffering capacity of the soil.
4. Inhibit harmful microorganisms: Beneficial microorganisms inhibit the growth of harmful microorganisms through competition and produce antibiotic substances, reduce the occurrence of soil diseases, and maintain the health and stability of the soil ecosystem.

3. Application cases
1. In an experiment conducted in a rice planting area in Jiangsu Province, researchers applied silicon-calcium-magnesium microbial fertilizer to rice fields. The experimental design included a control group and an application group. The application rate is 10 kg/ha. Experimental results show that after the application of silicon-calcium-magnesium microbial fertilizer, the soil's aggregate structure is significantly enhanced and the air permeability is increased by 15%. The soil organic matter content increased by 12%, and the activity of beneficial microorganisms increased by 20%. The contents of available phosphorus and potassium in the soil increased by 10% and 8% respectively.
2. In an apple orchard in Shandong Province, researchers applied silicon-calcium-magnesium microbial inoculant fertilizer to fruit trees at an application rate of 12 kg/ha. After fertilization, the soil organic matter content increased by 18%, and the pH value became neutral, effectively improving soil fertility. The incidence of mildew on apple trees was reduced by 20%, and fruit yield increased by 15%.
3. In a corn planting area in Inner Mongolia, experimenters applied silicon-calcium-magnesium microbial fertilizer in the control group and treatment group respectively, with an application rate of 8 kg/ha. The water-stable aggregate content of the soil in the treatment group increased by 22%, and the water-holding capacity of the soil increased by 15%. The availability of nitrogen, phosphorus, and potassium in the soil of the treatment group increased by 12%, 10%, and 8% respectively.