BETER Organic Fertilizer
Pure grain fermentation, green and environment-friendly: The product uses corn fermentation liquor as raw material, and has no residue of harmful substances such as pathogenic bacteria, eggs, grass seeds, hormones, antibiotics, heavy metals and the like, and the source is pure. After application, it can be completely degraded in soil quickly, and it is safe and pollution-free when taken from plants and applied to plants.
Spray granulation, suitable for machine seeding: The product adopts unique four-effect evaporation technology, forging at 400℃ and flash evaporation, resulting in round, uniform and high hardness particles, which can be widely used for machine seeding.
A variety of amino acids, improve crop quality: The product is rich in more than 10 kinds of amino acids, which is very conducive to plant protein synthesis, increase plant chlorophyll content, improve enzyme activity, promote photosynthesis, thus increasing the content of Vc and sugar, and can effectively improve the quality of agricultural products and increase yield.
Organic OBI fertilizer, high fertilizer efficiency utilization rate: All organic nutrients of the product come from corn, extracted from plant sources, well absorbed by crops, and high fertilizer efficiency utilization rate.
High-efficiency sulfur element, disease-resistant nitrogen fixation: The product contains sulfur element, which can significantly improve the disease resistance of crops. At the same time, sulfur element also has a fixed effect on nitrogen element in soil, which has significant effects on improving crop metabolism, increasing crop quality, etc.
Balancing acid and alkali, activating soil: Organic matter and active humic acid contained in the product can eliminate soil hardening, improve soil permeability, balance soil pH, activate fixed nutrients in the soil, and improve soil fertility.
In the tomatoes planting base of Neihuang county,Anyang city of Henan province, 4 bags of BETER organic fertilizer and a bag of balanced compound fertilizer as the basic fertilizer applied to the field. After application, the incidence rate of soil-borne diseases of tomatoes in greenhouse was reduced by more than 70%, and the average yield per mu was about 12000 kg.