The CAM-Y air grinding mill has a grinding chamber at the bottom and a classifier at the top, connected by a flange. Driven by the induced draft fan at the rear of the system, material is drawn into the mill under negative pressure. Driven by the high-speed rotating grinding disc, the material is rapidly flung onto the serrated liner around the grinding disc, repeatedly impacting and shaping it before entering the upper classification zone, where it is separated by the high-speed classifying wheel. The ultrafine powder passes through the classifying impeller and is delivered by conveying or collecting equipment to complete the grinding process.

Material is fed evenly into the grinding chamber by the feeding system and subjected to the strong impact of the high-speed rotating grinding disc. At the same time, under centrifugal force, it collides with the grinding toothed ring and is acted upon by combined forces such as shearing, friction, and collision, causing the material to be ground. The ground material moves with the airflow to the classification zone, where the classifying wheel adjusted by variable frequency separates coarse and fine material. Products meeting the fineness requirement enter the cyclone collector and dust collector with the airflow, while coarse material returns to the classification zone for secondary grinding.

Material is fed evenly into the grinding chamber by the feeding system and subjected to the strong impact of the high-speed rotating grinding disc. At the same time, under centrifugal force, it collides with the grinding toothed ring and is acted upon by combined forces such as shearing, friction, and collision, causing the material to be ground. The ground material moves with the airflow to the classification zone, where the classifying wheel adjusted by variable frequency separates coarse and fine material. Products meeting the fineness requirement enter the cyclone collector and dust collector with the airflow, while coarse material returns to the classification zone for secondary grinding.

The CAM-H series internally classified grinding mill (horizontal classification) is a micronized powder production equipment with an ultrafine classification function. It is mainly suitable for grinding materials with a Mohs hardness below 3.5, can produce ultrafine powder of 5-150 μm, and its large-flow cooling gas can be used for grinding heat-sensitive materials.

The CAM-Z ultrafine mechanical mill is a multi-purpose powder unit independently developed by our company. With significant technical advantages such as low energy consumption, high fineness, low wear, and comprehensive functionality, it has become an equipment solution for many industries.

The CBM-P pin grinding mill is an ultrafine grinding unit developed by our company on the basis of absorbing foreign powder technology. Suitable for grinding low- to medium-hardness materials, its performance meets international standards for comparable machines.

The HGM ultrafine ring roller mill is a grinding mill for processing fine powder, micro powder, and ultrafine powder. It is commonly called a three-ring mill, three-ring micro-powder mill, medium-speed mill, or three-ring grinding mill. This machine overcomes the defects of traditional industrial Raymond mills in scope of application, output, fineness, energy consumption, and service life.

The TM tower cyclone mill is especially suitable for deagglomerating and restoring agglomerated materials. With a powerful vortex flow field reaching a linear velocity of 120 m/s, the material is pulverized instantly. The material's residence time in the grinding chamber is extremely short, resulting in low temperature rise.

Peman's new-generation air classifier is available in vertical and horizontal configurations and in single-rotor or multi-rotor designs depending on capacity. Developed through our own R&D, it is a new classifying unit capable of grading fine powder to different fineness levels.

The MQL fluidized-bed jet mill is a device in which compressed air is frozen and filtered, and after drying, a supersonic airflow formed by nozzles is accurately injected into the grinding chamber. Under the action of the airflow, the material enters a fluidized state and is accelerated; the accelerated material then converges at the intersection point of the jet streams from multiple nozzles.

The SQH shaping and spheroidizing machine is a powder shaping model developed by Peman for anode material powder deep-processing technology and deeply developed for the Chinese market. It is a machine that integrates mechanical and pneumatic mills, combining shaping, deagglomeration, and powder crushing functions into one multi-functional model.

Product Introduction: The CBM coarse crusher meets the waste recovery requirements of various industries and is suitable for shredding thicker and difficult-to-shred materials such as e-waste, plastics, metal, wood, waste rubber, packaging barrels, and pallets. There is a wide variety of recyclable materials, and the shredded material can be directly recycled or further refined as needed.