INTRODUCTION:
The twin-shaft mixer achieves fast and uniform mixing through the synchronous reverse rotation of two parallelly installed mixing shafts. The wear-resistant blades arranged alternately on the shafts squeeze, shear, and convectively mix the materials, as detailed below:
Raw Material Input:
Raw materials such as clay, shale, and gangue, along with water/additives, are fed into the mixer through the feed inlet.
Forced Mixing:
The blades push the materials to move axially and radially, forming a high-intensity shear zone;
The reversely rotating shafts cause the materials to tumble repeatedly in the machine trough, eliminating mixing dead zones.
Discharge:
The uniformly mixed materials are discharged from the bottom or end discharge outlet.
Main Characteristics:
- Suitable for raw material processing before forming, and also used for water adding, material mixing and stirring before the aging silo.
- Integrates stirring, mixing, homogenizing and conveying functions in one, improving the plasticity of raw materials.
- Reasonable structural design, high production efficiency and large capacity.
- Advanced foreign technologies are optimized, featuring a reasonable structure and convenient operation and maintenance.
- The whole machine has a compact structure, small space occupation, high reliability and low noise.
- The stirring blades are made of new composite materials, with high wear resistance.
- High output value and low energy consumption.