Working Principle

Material enters the main crushing chamber, where, within the rapidly rotating cavity, it undergoes impacts, collisions, friction, shearing, and extrusion with the chamber components and particles, achieving ultra-fine pulverization. The material that reaches the qualified grading particle size is discharged through a classifier and collected in a collector. Coarse powder continues to be crushed.

Features 

Our independently developed High-Efficiency Energy-Saving Graded Impact Mill is a new type of impact crushing equipment. It boasts superior performance and has a multitude of successful application cases.

1. Low energy consumption, strong crushing power, and stable equipment system.

2. High grading accuracy. Grading efficiency is at the forefront of the industry.

3. Excellent wear resistance: Wear parts are made of composite wear-resistant new materials, capable of processing materials with Mohs hardness up to 5, offering a long service life.

4. Strong mechanical stability: capable of continuous production without downtime.

5. Heat sensitivity: Material can be dried and moisture adjusted; can be ground at low temperatures, below 35°C粉碎

6. Vacuum production with zero dust pollution, ensuring an excellent environment.

High level of automation, strong stability, easy to operate.

Application Field

Widely applied in non-metallic mining, chemicals, building materials, food, medicine, feed, new materials, energy, and environmental protection industries for ultra-fine pulverization, disintegration, and granule shaping of various dry powder materials.

Technical Specifications

Process Solutions

1 DWC Feeding Unit 2 Impurity Removal Equipment 3 DWC Crushing Main Machine 4 DWC Grading Machine 5 Cyclone Collector 6 Dust Collector 7 Air Drafting Device