U-shaped Horizontal Spiral Belt High-efficiency Powder Mixer
Powder Mixer Function
Efficient Mixing with Low Energy Consumption: The U-shaped
cylindrical structure and the design of positive and negative
rotating spiral belts ensure that materials move with low
resistance within the mixing chamber, while generating intense
convective and shear mixing effects, achieving efficient mixing
while reducing energy consumption.
High Uniformity with Low Breakage Rate: The spiral belt blades are
typically made in two or three layers. By utilizing spiral layers
in different directions to collect material from both sides to the
center or convey material from the center to both sides, more
vortices are created, accelerating mixing speed, improving mixing
uniformity, and minimizing damage to crystals.
Wide Applicability: Suitable for mixing powders with powders or
viscous materials, with the ability to introduce large amounts of
liquid into the materials during the mixing process, meeting the
mixing needs of various materials.
Powder Mixer Application
Pharmaceutical Industry: Used for mixing pharmaceutical raw
materials to ensure uniform drug composition and improve drug
quality.
Food Industry: Mixed various powdered ingredients in food
production, such as flour, sugar, milk powder, as well as
seasonings and additives, to ensure food taste and quality.
Chemical Industry: Suitable for mixing various chemical raw
materials, such as zinc oxide, detergents, additives, calcium
carbonate, etc., to meet chemical production needs.
Construction Industry: Used for mixing mortar, gypsum, and other
building materials to improve their uniformity and strength.
Paint and Dye Industry: Mixed pigments and additives in paint and
dye production to ensure uniform color and improve product quality.
Powder Mixer Technical Parameter
| Attribute Category | Description/Specification |
|---|
| Product Name | U-shaped Horizontal Spiral Belt High-efficiency Powder Mixer |
| Structural Form | U-shaped cylindrical body with continuous spiral belts inside |
| Drive Method | Driven by motor reducer, located on the end face of the equipment |
| Mixing Characteristics | Stable mixing with minimal crystal destruction; overall motion
state requiring high power; short mixing time |
| Material Adaptability | Mixing of powders with powders and viscous materials; capable of
incorporating large amounts of liquid |
| Material State | Solid powders, viscous substances |
| Spiral Belt Design | Inner and outer layers are left-hand and right-hand spirals
respectively; the inner layer is wider than the outer layer,
creating intense convective and shear mixing effects |
| Number of Blade Layers | Typically made in two or three layers |
| Mixing Effect | Generates vortices, accelerating mixing speed and improving mixing
uniformity |
| Energy Efficiency | Low power consumption, high efficiency |
| Loading Coefficient | High |
| Application Fields | Pharmaceutical, food, pesticide, chemical, construction, paint,
dye, feed, and many other industries |
