Mugwort Powder Processing - Mugwort Powder Mill

The TYLM1200 Artemisia Powder Mill is primarily used for the powder processing of Artemisia leaves, Artemisia stems, dried Artemisia, and other herbaceous fibrous raw materials suitable for mechanical fine grinding. Mugwort is characterized by high fiber content, light weight, and irregular raw material shapes; different batches may also exhibit significant variations in moisture content, fiber length, and initial dimensions. If raw material moisture is too high or pretreatment is insufficient, feed stability, product fineness, and continuous production efficiency can be affected. Therefore, pretreatment processes such as cutting, crushing, and drying must be appropriately configured based on the actual condition of the raw material before grinding.
This solution centers on the TYLM1200 mugwort grinder. Based on the customer’s raw material morphology, feed size, moisture content, target fineness, and production capacity requirements, it can be configured with process steps such as uniform feeding, fine grinding, classification, and dust collection processes. This ensures that the pretreated mugwort raw material is further refined, resulting in a finished powder with relatively uniform particle size that is easy to collect and suitable for subsequent use. By appropriately adjusting the feed conditions and equipment operating parameters, it is possible to balance processing fineness, throughput capacity, and continuous operational stability.
In actual projects, the final grinding results may vary depending on the differences in the fiber structure, moisture content, and ratio of mugwort leaves to stems. Tianyuan can select equipment and evaluate processes based on raw material samples, target fineness, and production capacity requirements provided by the customer; for raw materials with significantly different processing characteristics, test runs can be conducted to further verify the grinding results, providing a basis for subsequent equipment configuration and stable production.