Structure of organic fertilizer twin-shaft mixer

The twin-shaft mixer is equipped with reverse-rotating paddles in the mixing area. The paddles are at a certain angle to circulate and stir the materials in the axial and radial directions, so that the materials are quickly mixed evenly. It is mainly used in the pre-water pelletizing process. When a certain amount of raw meal powder flows into the mixing tank from the discharge port, it is sprayed to the raw meal powder through several water atomizers with a certain pressure, and the fixed length shaft passes through the mixing blade. After stirring evenly, a ball core with consistent water content will be formed and transported to the pre-watered ball forming tray. The entire stirring area is divided into three areas: atomization area, mixing area, and discharge area. The hard gold blade is welded on the mixing blade and has good wear resistance; it is suitable for mixing two or more fertilizers, organic fertilizers, compound fertilizers, additive premixes, and the mixing of compound feeds, concentrated feeds, additive premixed feeds, etc. This machine has high mixing degree and low residue, and is suitable for mixing compound feed, concentrated feed, and additive premixed feed. The specific features are: the materials are fully mixed, thereby improving the mixing uniformity; the use of a novel rotor structure allows the minimum gap between the rotor and the casing to be adjusted to close to zero, effectively reducing the residual amount of materials; the special features of this machine The rotor design can also crush larger materials, the overall structure is more reasonable, the appearance is beautiful, and the operation and maintenance are convenient. In order to make the machine operate normally, please read the instruction manual carefully to avoid damage to the machine.
Structure of twin-shaft mixer:
1. Frame part: all working bodies of the machine are installed and fixed on the frame. The frame of the machine is welded with high-quality carbon steel plates and channel steel.
2. Transmission connection part: The motor drives the pulley, V-belt, and reducer to drive the main shaft to rotate. The transmission reducer and the working part of the main machine both use nylon pins as the transmission connector phase teeth and transmission drive, which facilitates assembly and maintenance.
3. Mixing and stirring working part: transmitted from the transmission wheel to the main shaft through the pin coupling. The special spiral mixing blades welded to the main shaft rotate synchronously, turning the materials evenly in the mixing chamber, so that the materials can be fully mixed, thus greatly reducing the residual amount of materials. After a period of mixing, the material flows out from the specially designed outlet at the bottom of the machine body.