Automatic twin-shaft horizontal mixer
1. The dual shafts rotate in opposite directions at the same time, so that the materials form a complex cross flow and tumbling motion in the mixing chamber.
2. The dual shaft design increases the mixing frequency and intensity of the materials, so that the materials can reach the ideal mixing state in a shorter time.
3. It can handle materials in various forms, including powder, granular, block, fiber, etc., as well as materials with different viscosities, humidity and densities.
4. The structural design and power configuration of the equipment give it a large processing capacity and can meet the needs of large-scale production.
5. The dual shaft synchronous transmission system adopts advanced technology and high-quality components to ensure the stable rotation and synchronous operation of the mixing shaft.
The counter-rotation of the two shafts enables the materials to form a complex flow path in the mixing tank, greatly improving the mixing efficiency and enabling the materials to be evenly mixed in a shorter time. Compared with a single-shaft mixer, the mixing time can be shortened by about 30%-50%.
The unique stirring method and paddle design can fully mix materials of different properties and particle sizes to avoid agglomeration and stratification of materials. The mixing uniformity can reach a high level and the general coefficient of variation can be controlled below 5%.
It can process materials in various forms, such as powder, granular, block, fiber, etc., as well as materials with different viscosities, humidity and densities. It is widely used in fertilizer, medicine, food, chemical, feed, ceramics, refractory materials and other industries.
The structure is solid, and the key components are made of high-quality materials with good wear resistance, corrosion resistance and impact resistance. The transmission system is stable and the double-axis synchronization is good, which reduces the vibration and noise of the equipment, reduces the occurrence rate of equipment failure, and ensures the continuity and stability of production.
It can be equipped with an advanced control system to achieve precise control and automated operation of parameters such as mixing speed, feed amount, discharge amount, mixing time, etc., reducing the complexity and labor intensity of manual operation, while also improving production efficiency and product quality stability.
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