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Working Principle:

The SMG GRANULATOR operates on the principle of high-shear mixing and granulation. The machine features a specialized impeller or rotor that rotates at high speeds, creating a strong shear force within the processing chamber. This shear force effectively breaks down and agglomerates the input materials, facilitating the formation of uniform granules or pellets.

The materials are fed into the processing chamber, where they are subjected to the high-shear mixing action. The precise control over parameters such as speed, temperature, and residence time ensures that the materials are processed to the desired particle size and consistency. The resulting granules or pellets are then discharged from the machine, ready for further processing or packaging.

The energy-efficient design of the SMG Mixer Granulator, combined with its versatile mixing and granulating capabilities, makes it a highly sought-after solution for a wide range of industrial applications.

The high-shear mixing and granulation process in the SMG Mixing and Granulating Machine ensures the production of uniform, high-quality granules or pellets through the following mechanisms:

1. Intense Shear Forces:

The high-speed rotation of the impeller or rotor within the processing chamber generates intense shear forces.

These shear forces act on the input materials, breaking down agglomerates and individual particles into smaller, more uniform sizes.

2. Controlled Mixing:

The carefully designed mixing chamber and impeller geometry create a highly controlled and homogeneous mixing environment.

This ensures thorough and even distribution of the materials, preventing the formation of large agglomerates or uneven particle sizes.

3. Tailored Residence Time:

The SMG high shear Mixer and Granulator allows for precise control over the residence time of the materials within the processing chamber.

By adjusting parameters such as rotor speed and feed rate, the residence time can be optimized to achieve the desired degree of mixing and granulation.

4. Temperature Regulation:

The machine is equipped with advanced temperature control systems that maintain the optimal temperature within the processing chamber.

Proper temperature regulation prevents thermal degradation of the materials and ensures consistent physical and chemical properties of the final granules or pellets.

5. Particle Size Distribution:

The high-shear mixing action, combined with the controlled residence time and temperature, facilitates the formation of granules or pellets with a narrow and uniform particle size distribution.

This consistency in particle size is crucial for ensuring the quality and performance of the final product, whether it is used in manufacturing, processing, or further applications.

6. Scalable Design:

The SMG Energy-efficient mixer and granulator is available in various model sizes, allowing users to select the appropriate capacity and scale to meet their production requirements.

This scalability ensures that the high-shear mixing and granulation process can be replicated across different production volumes, maintaining the same level of quality and efficiency.

By leveraging these advanced features and process controls, the SMG GRANULATOR is a versatile Mixing and Granulating Machine that combines high-performance mixing and granulation capabilities. It is widely used in the processing of various materials, including plastics, chemicals, pharmaceuticals, and food ingredients. The SMG GRANULATOR excels at efficiently transforming raw materials into uniform, high-quality granules or pellets, making it an ideal solution for industrial-scale production and material reprocessing.