Biological feed mixer is a device used to mix feed raw materials. Its working principle involves a variety of mechanical and physical processes to ensure that the feed raw materials are fully mixed and evenly distributed. The following is a detailed introduction to the working principle of the biological feed mixer:
Biological feed mixers usually consist of a feeding device, a mixing device, a discharging device, a transmission system and a control system. The feeding device is used to feed various feed raw materials into the mixer, the mixing device is responsible for mixing various raw materials, the discharging device is used to send out the mixed feed, the transmission system provides power support, and the control system is used to control the mixing machine operation.
The mixing principles of biological feed mixers mainly include convection mixing, shear mixing and diffusion mixing. Convection mixing refers to the continuous flow of feed raw materials in the mixer, and the mixing of different raw materials is achieved through the action of blades and other devices. Shear mixing means that the raw materials are sheared by blades and other devices in the mixer, causing the particles between the raw materials to rub and collide with each other to achieve mixing. Diffusion mixing means that the raw materials gradually achieve uniform distribution and mixing due to continuous mechanical action in the mixer.
Feeding stage: Feed raw materials enter the mixer through the feeding device.
Mixing stage: The feed raw materials are affected by blades and other devices in the mixer, and are continuously mixed by convection, shearing and diffusion to achieve uniform mixing of various raw materials.
Discharging stage: The mixed feed is discharged from the mixer through the discharging device and supplied to the next production link or storage.
The biological feed mixer can achieve efficient mixing effects by rationally designing the internal structure and blade shape of the mixer. The blades or stirrers in the mixer will continuously stir and turn the feed ingredients so that the various raw material particles are fully contacted and mixed, ensuring the uniform distribution of various ingredients in the feed and improving the quality and nutritional balance of the feed.
The biological feed mixer has the advantages of good mixing effect, easy operation, high production efficiency, saving time and labor costs. Through the function of the mixer, the quality of feed can be greatly improved, ensuring that animals receive balanced nutrition, promoting the growth and development of animals, and improving breeding efficiency.
The working principle of the biological feed mixer involves a variety of mechanical and physical processes such as convection mixing, shear mixing and diffusion mixing. By rationally designing the mixer structure and blade shape, the mixer can achieve efficient mixing effects, improve feed quality and nutritional balance, and provide important support for animal husbandry and breeding industries.
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