liquorice powder mill ACM Mill

The liquorice is a popular material which is widely used in pharmaceuticals, health products, etc.

Today, lets excited to dive into the fascinating world of liquorice powder and the remarkable the YINDA YDWF series liquorice powder mill ACM Mill that plays a pivotal role in its production. Let’s unravel the machine’s structure, delve into its working principle, and explore its versatile applications.

First, let’s do the pre-treatment for the liquorice to get small block which will be helpful for the superfine powder crushing process to improve the powder uniformity.

YINDA YDCS series coarse crusher

If you are interested in getting more info about it, please check the following link to know more:

https://yindamachinery.com/coarse-crusher/

Machine Structure–YINDA YDWF series liquorice powder mill ACM Mill

Here is entering the superfine powder crushing process. So what is the YINDA YDWF series liquorice powder mill ACM Mill?

The ACM Mill, short for Air Classifier Mill, is a precision-engineered machine designed for the fine grinding of various materials, including liquorice roots. Its structure consists of several key components:

Main Milling Chamber: This is where the magic happens. It consists of the blade, the air classifier, and the guide ring. It houses the grinding elements, all the elements work together to crush the raw liquorice into a fine powder.

The inverter device: The ACM Mill employs an air classifier to control the particle size distribution of the ground material. It ensures that the liquorice powder meets the desired specifications. (120-300 mesh)

Collection Chamberand dust free system: Once the liquorice is ground to perfection, it’s collected in cyclone separator then pass to the discharge port. The unqualified powder or dust will be collected by the pulse dust free collector to do the recycling.

Other parts: pipes and electric control box.

Working Principle

Material Feeding: The raw material is fed into the grinding chamber of the ACM mill. This material can be in the form of powders, granules, or other solid particles.

Grinding: Inside the grinding chamber, there is a rotor equipped with grinding elements. As the rotor rotates at high speed, it impacts and grinds the incoming material into smaller particles. The grinding action reduces the particle size of the material.

Airflow: Simultaneously, a controlled airflow is introduced into the grinding chamber. This airflow serves several purposes:

It transports the material through the mill.

It helps in carrying the ground particles toward the classifier.

Classification: The ACM mill features an integrated air classifier. This classifier uses the principles of centrifugal and drag forces to separate particles based on their size and density. As the particles are carried by the airflow, the classifier sorts them into different size fractions. Larger particles are unable to follow the sharp turns of the air stream and are directed toward the outer edges, while finer particles continue toward the center.

Particle Separation: The separated particles are collected in different zones within the classifier. The coarse particles that couldn’t follow the air stream are typically returned to the grinding chamber for further reduction. Meanwhile, the finer particles are carried into the product collection system.

Product Collection: The fine particles collected by the classifier are usually directed into a cyclone separator or a filter bag system. In these collection systems, the fine powder is separated from the air, and the product is collected for further processing or packaging.

Control and Adjustment: The ACM mill’s performance can be controlled and adjusted to achieve the desired particle size distribution by varying parameters such as rotor speed, airflow rate, and classifier settings.

YINDA YDWF liquorice powder mill ACM Mill diagram

Advantage

Precise Particle Size Control: YINDA YDWF series liquorice powder mill ACM Mill are known for their ability to produce powders with a very narrow and consistent particle size distribution. This precision is crucial in applications where product quality and uniformity are paramount, such as pharmaceuticals, cosmetics, and specialty chemicals.

High Efficiency: YINDA YDWF series liquorice powder millACM mills combine grinding and classification in a single unit, which improves efficiency and reduces the need for additional equipment. The integrated air classifier allows for effective separation of particles, ensuring that only the desired-sized particles are collected.

Fine Grinding Capability: These mills are capable of achieving fine and ultra-fine grinding, making them suitable for producing micron-sized particles. This capability is particularly valuable in industries like pharmaceuticals, where small particle sizes are often required for drug formulation.

Reduced Heat Generation: The design of ACM mills minimizes heat generation during the grinding process, making them suitable for materials that are sensitive to temperature changes. This helps preserve the integrity of heat-sensitive substances.If you have the lower temperature request, we will recommend the chiller for you to help cool down the temperature to below 20 degree.

Ease of Cleaning and Maintenance: ACM mills are designed for easy cleaning and maintenance. Their components are typically accessible, making it convenient to change materials or clean between batches. This is crucial for industries with stringent hygiene requirements.

Customization: YINDA often offer customization options toACM mills to the specific needs of different industries and applications. Such as the chiller, the conveying system, etc.

Technical date for reference

In conclusion, the ACM Mill is an indispensable tool in the production of liquorice powder, enabling its widespread use in various industries. Its ability to finely grind liquorice roots while maintaining quality and consistency makes it a valuable asset in the world of food, pharmaceuticals, cosmetics, and herbal remedies.

If you’re involved in any of these industries or simply curious about the fascinating journey from liquorice root to powder, feel free to connect and share your thoughts!

dennie@yindamachinery.com

yindachina@gmail.com

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