Application of new organic fertilizer granulator in agriculture
In recent years, due to the extensive application of organic fertilizer, organic fertilizer has gradually increased. Through the rich experience of Chinese farmers, in recent years, relying on organic fertilizer to improve soil, fertilizer and food production has greatly increased grain production. It can be seen that organic fertilizer plays an extremely important role in current agricultural production.
Nitrogen and other nutrients, such as organic fertilizer, are only a small part of organic fertilizer, and most of them are organic fertilizer. Organic matter is an important indicator of soil fertility. Even in the future, the retrieval of nitrogen, phosphorus and potassium will be mainly provided by fertilizer, but organic fertilizer will still play an important role in improving soil and fertilizer.
The new type organic fertilizer granulator is one of the equipment of organic fertilizer production granulator. The new organic fertilizer granulator can not only granulate various organic substances, but also can granulate coarse fiber materials that are difficult to granulate by traditional equipment, such as livestock and poultry manure, urban garbage, crop straw, wine residue, mushroom residue, drug residue, sludge, etc.
Features: 1. The new organic fertilizer granulator has high granulation rate and dense particle size. The proportion is more than 90.
2. Wet raw materials can be processed, and there is no need to dry before granulation by the organic fertilizer stirrer.
3. There is no need to add adhesive. The internal materials will be inlaid with each other under certain force.
4. Spherical fertilizer with water content of 20-40.
5. The heavy seamless steel pipe ensures the stable operation of the fertilizer stirrer granulator.
Working principle of the new organic fertilizer granulator: compost materials can be mixed and sent to the new organic fertilizer granulator. After the material enters the machine through the feed port, the material is mixed, granulated, spheroidized and compacted in the machine through the high-speed rotating mechanical mixing force and aerodynamic force to achieve the purpose of granulation. The formed particles are pushed out at the other end of the granulator. The diameter of the produced particles can be controlled by adjusting the amount of raw materials and the rotation speed of the main shaft. The less the raw material is mixed, the higher the rotating speed is, and the smaller the granular fertilizer is.