Superfine Pulverizer Grinding Mill Unit

The WFJ series superfine pulverizer grinding mill combines high-speed shear grinding with air classification technology. It can process various materials into uniform powders ranging from 80 to 450 mesh, with some materials achieving micron-level fineness of 10–25μm.

The entire system features an air-classifying structure design, eliminating the need for screens or meshes. Powder fineness is controlled by adjusting the classification impeller speed. Production capacity ranges from 20–1500 kg/h, depending on the model. It is widely used for ultrafine grinding in the food, pharmaceutical, chemical, and new materials industries.

Applications of superfine pulverizer machine

The ultra-fine grinding mill is primarily used for the fine grinding and micronization of various materials, with a wide range of applications including:

• Food industry: spices, grain flours, seasonings, dehydrated vegetable powders, plant extracts, etc.
• Pharmaceutical industry: traditional Chinese medicinal materials, plant extracts, medicinal powders, etc.
• Chemical industry: resin powders, pigments, dyes, chemical raw material powders.
• Agricultural processing: pulverization of legumes, feedstuffs, and plant fibers.
• Other materials: mineral powders, fibrous materials, and diverse dry substances.

This superfine pulverizer is suitable for production scenarios requiring uniformly fine powders and enables continuous industrial manufacturing.

Ultrafine grinding mill machine performance

• Adjustable grinding fineness: the superfine pulverizer controls particle size through a centrifugal classification system, with fineness adjustable between 80–450 mesh to meet diverse product requirements.
• Continuous production: the entire unit employs automated conveying and negative pressure pneumatic transport systems, enabling continuous feeding and discharge to enhance production efficiency.
• Uniform particle size: air classification technology ensures consistent and stable particle distribution in the final product, elevating overall quality.
• Versatile material processing: specifically designed for grinding diverse materials including food ingredients, chemical compounds, fibrous substances, and traditional Chinese medicinal herbs.

Key features of superfine pulverizer grinder mill

• Screenless design: features an air-classifying grinding structure without traditional screens, eliminating clogging issues and simplifying equipment maintenance.
• High efficiency, low energy consumption: combines high-speed rotating blades with air classification to enhance grinding efficiency while reducing energy consumption.
• Compliant with GMP standards: entire unit designed according to GMP standards with excellent structural sealing. Produces minimal dust during operation, suitable for pharmaceutical and food industries.
• High automation: the unit comprises a main machine, auxiliary equipment, and an electrical control system, ensuring simple operation and stable control.
• Compact footprint: the equipment features a compact structure and flexible installation, allowing layout adjustments based on factory conditions.
• Easy maintenance: key components are manufactured from wear-resistant materials, ensuring stable operation and extended service life.

Superfine pulverizer structure and working principle

The ultrafine grinding mill assembly consists of the following components: grinding main unit, classification device, cyclone separator, bag filter, high-pressure centrifugal exhaust fan, conveying pipeline system, and electrical control system.

These systems work in concert to form a complete grinding, classification, and collection process.

1. Material enters the equipment through the hopper and is conveyed by a screw feeder into the grinding chamber. Under the action of high-speed rotating blades, it undergoes shearing, impact, and friction to achieve pulverization.
2. The ground material then enters the classification zone, where particle size screening occurs via a rotating classifier wheel.
3. Larger particles are flung back into the grinding chamber by centrifugal force for further grinding, while particles meeting the required fineness are drawn into the cyclone separator by negative pressure for preliminary collection.
4. Subsequently, secondary separation occurs through the bag filter, yielding a finished powder of uniform fineness.

Product fineness is controlled by adjusting the classification wheel’s rotational speed—higher speeds produce finer powder.

A vacuum food packaging machine can be integrated downstream based on the specific product type.

Ultra fine powder grinding machine specifications

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