Product Introduction:

The materials are uniformly fed into the crushing chamber by the feeding system and are subjected to strong impact from the high-speed rotating grinding disc. At the same time, they are subjected to centrifugal force and collide with the grinding ring, and are subjected to various comprehensive forces such as shear, friction, and collision, causing the materials to be crushed. The crushed materials move to the classification area with the airflow, and are separated from the coarse and fine materials through the frequency conversion adjustable classification wheel. Products that meet the fineness requirements enter the cyclone collector and dust collector with the airflow for collection, and the coarse materials return to the classification area for secondary crushing.

Performance characteristics:

1. The built-in classifier of this machine replaces the traditional model's sieve to adjust the fineness.

2. By adjusting the speed of the grading impeller, the particle size of the product can be adjusted without stopping the machine.

3. The powerful crushing airflow during system crushing generates strong cooling function, and the temperature rise during crushing is low, making it particularly suitable for processing thermosensitive and fibrous materials, with uniform product particle size.

4. The bearings and transmission belts are made of imported components, which have a long service life.

5. Based on the characteristics of the materials, specialized designs will be made for crushing and grading components, upgrading from a universal crusher to a specialized crusher to further improve crushing efficiency.

6. Suitable for crushing materials with low to medium hardness (below Mohs 3.5), special materials need to be improved in terms of material and structure customization.

Component composition:

operational principle

Sodium bicarbonate is uniformly fed into the CAM air classification mill through a weight loss spiral feeding system, where it collides, rubs, and shears with the high-speed rotating grinding block and gear ring under various forces. After crushing, it enters the classification area with the airflow, and qualified materials enter the flue through the classification wheel for reaction. Coarse materials fall into the crushing area and continue to be crushed. The size of the particles can be adjusted by adjusting the speed of the classification wheel.

Process description:

Integrated with grinding and grading functions, it can flexibly obtain the required particle size;

Optimize structural design, reduce the temperature rise of the grinding machine;

Durable design, compact and sturdy structure; The hammer head and gear ring are made of special wear-resistant materials, requiring less maintenance;

Hydraulic cover design for grinding machine, easy to open for cleaning and maintenance;

Reasonable structure, can be compactly arranged with feeding devices, fans, etc;

Can integrate temperature, pressure, vibration and other sensors for real-time monitoring system;

Technical parameters:

Product physical: