No. 3 biological organic fertilizer

No. 3 biological organic fertilizer (effective active bacteria 500 million, 60 organic matter)

[Product function]

Bacteria can effectively inhibit the growth of pathogenic bacteria, effectively alleviate root rot, yellowing, withering, root rot, root swelling, premature senility and other phenomena, and prevent other soil-borne diseases and continuous cropping.  

1. Improve soil nutrients

Microbial agents can enhance soil aggregate structure, loosen soil, improve soil permeability and water and fertilizer retention capacity, increase soil organic matter, adjust soil PH value, activate potential nutrients in soil, improve the supply of nutrients in soil, and effectively solve the problem of yield reduction caused by continuous cropping and continuous cropping. In view of the present situation of organic acid poisoning, root burning and bacteria burning, pathogen egg harm, acid-base imbalance caused by long-term use of chicken manure, it is refined by high-end biotechnology, which can break the soil hardening, restore the soil vitality, conserve fertilizer and water, protect roots biologically, strengthen plants, protect flowers and fruits, promote flower bud formation and increase fruit setting rate.  

2. Solve the problem of soil heavy metal pollution.

Various bacteria in microbial agents can effectively dissolve, redox and degrade heavy metals in soil. Heavy metals can form a stable complex with soil organic matter, which has a profound impact on the chemical behavior of heavy metals in soil and effectively solves the problem of heavy metal pollution in soil.

3.  Improve fertilizer utilization rate.

Improve the utilization rate, reduce the production input and reduce the waste of resources. Effectively reduce or eliminate the crop element deficiency disease phenomenon, increase the output, improve the quality and increase the value of agricultural products. After using microbial fertilizer, the amount of chemical fertilizer and pesticide can be reduced by 60% and 70% respectively.

 4. Enhance the stress resistance of crops.

It can enhance the drought resistance, cold resistance, lodging resistance, disease prevention and saline-alkali resistance of crops, and at the same time, it can effectively kill pathogenic bacteria in the soil and reduce the occurrence of diseases. Improve the photosynthetic efficiency of crops and promote the production of nutrients. After application, the yield of crops is obviously increased, the sugar content of crops is increased, the appearance and flavor of agricultural products are enhanced and improved, and the products are easier to store.