Industrial Mixing Equipment Purchase Guide
Five Major Classifications and Application Scenarios of Mixing Equipment**
According to the differences in material characteristics and production processes, mixing equipment is mainly divided into the following types:
1. **Powder and Granule Mixing Equipment**
This type of equipment is designed for the uniform mixing of dry powders or granular materials, such as the raw material proportioning in feed processing. Multi - directional material flow is achieved through structures such as double helical ribbons and plow blades to ensure the full integration of additives and main materials. Typical models include the gravity - free mixer and the V - type mixer, which are suitable for intermittent production requirements.
2. **Special Mixers for Liquid Materials**
For low - viscosity liquids or high - viscosity paste - like substances, mixing equipment needs to have different shearing and stirring capabilities. Pipeline mixing or jet technology is often used for low - viscosity liquids, while strong shearing blades are required for viscous materials. For example, the planetary power mixer can handle complex formulations such as adhesives and cosmetic raw materials.
3. **Processing Equipment for Thermoplastic Materials**
The mixing of thermoplastic materials such as plastics and rubbers needs to be carried out in a high - temperature environment. The equipment needs to have a heating function and be able to evenly blend with additives such as stabilizers and color masterbatches. Such mixers usually adopt a closed - type design to avoid material oxidation or volatilization.
4. **Special - Process Mixing Systems**
Some industries have strict requirements for mixing accuracy, such as the dispersion of active ingredients in the pharmaceutical industry or the nano - scale mixing of electronic materials. This type of equipment needs to be equipped with precise sensors and program control systems to ensure that the mixing uniformity reaches over 99%.
5. **Multi - functional Composite Equipment**
Some models combine processes such as mixing with grinding and drying. For example, the wheel mill in the building materials industry can simultaneously complete the material crushing and homogenization processes, significantly improving the integration of the production line.
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