FAQ
Providing answers to your pharmaceutical machinery questions in our comprehensive FAQ section.
FAQ
Can the granule size be adjusted with the ZL Series Rotating Granulator?
Yes, the ZL Series Rotating Granulator allows for adjustable processing parameters such as drum speed, sieve size, and feed rate, enabling control over the granule size and shape.
Is the ZL Series Rotating Granulator suitable for continuous or batch operation?
The ZL Series Rotating Granulator can be used for both continuous and batch operation, providing flexibility to match different production requirements.
What is the capacity range of the ZL Series Rotating Granulator?
The capacity of the ZL Series Rotating Granulator varies depending on the model and specific application, ranging from small-scale laboratory units to large-scale production systems.
Can the ZL Series Rotating Granulator handle heat-sensitive materials?
Yes, the ZL Series Rotating Granulator can handle heat-sensitive materials due to its gentle and controlled granulation process, minimizing heat generation.
What is the advantage of using a rotating granulator over other granulation methods?
The advantage of using a rotating granulator like the ZL Series is its ability to produce uniform and consistent granules with controlled particle size and shape, resulting in improved flowability and compressibility.
What types of materials can be processed with the ZL Series Rotating Granulator?
The ZL Series Rotating Granulator can process a wide range of materials, including powders, granules, and solid particles in industries such as pharmaceuticals, chemicals, and food processing.
What are the key features of the ZL Series Rotating Granulator?
The key features of the ZL Series Rotating Granulator include a rotating drum, adjustable processing parameters, high efficiency, easy operation and maintenance, and the ability to produce uniform granules.
How does the ZL Series Rotating Granulator work?
The ZL Series Rotating Granulator operates by rotating a cylindrical sieve drum, which forces the material through the sieve, resulting in granules of the desired size.
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