-
Products
- CR Series Impact Mill
- AB series jet mill
- AF Series Air Classifier
- CXM Series Roller Mill
- RM Series Raymond Mill
- GXJ Series Shaping and Modifying Machine
- LM Series Vertical Mill
- JHM Series Ball Mill
- Trinity Trial Machine
- Mixing Machine
- Inert Gas Protection Equipment
- Waste Tire Cracking Carbon Black Equipment
AF Series Air Classifier for Ultrafine Powder - China Suppliers & Factory Solutions
Application Fields
Widely used in chemical industry, rubber chemicals, non-metallic minerals, metal powder metallurgy, inorganic powders, abrasives, glass, building materials, refractory materials, medicine, new materials and other industries.
Chemical Industry
Rubber Chemicals
Non-metallic Minerals
Metal Powder Metallurgy
Inorganic Powders
Abrasives
Glass
Building Materials
Refractory Materials
Medicine
New Materials
Other Industries
Frequently Asked Questions
What industries can benefit from this equipment?
This equipment is highly versatile and widely used in the chemical industry, rubber chemicals, non-metallic minerals, metal powder metallurgy, inorganic powders, abrasives, glass, building materials, refractory materials, medicine, and new materials.
Is this technology suitable for processing abrasive and refractory materials?
Yes. The system is designed with wear-resistant components, making it ideal for processing highly abrasive materials and refractory substances without excessive wear and tear.
Can it handle ultrafine powder processing for the medicine industry?
Absolutely. The processing chambers are designed to prevent contamination, ensuring clean and sterile operations that meet the strict hygienic standards required for medicine and pharmaceutical products.
How does the system perform with metal powder metallurgy?
The system offers high precision and control over particle size distribution, which is critical for metallurgy applications, ensuring superior consistency and quality in the processed metal powders.
Is it compatible with advanced new materials and rubber chemicals?
Yes, the technology is highly adaptable and commonly used to process delicate new materials and rubber chemicals, maintaining structural integrity and material purity.

