Using the principle of supersonic airflow grinding, high-pressure steam is used as the compressed air power, and materials collide, shear, and friction with each other at twice the speed of traditional airflow grinding, achieving ultrafine grinding.Under the centrifugal force of the grading wheel and the action of the fan, qualified fine powder enters the dust collector, and coarse powder returns to the crushing chamber for further crushing. The purified air is discharged through the induced draft fan.

In addition, for some materials, a graded impact mill can be used for structural improvement, and a high-temperature energy-saving graded impact mill can be designed.

1. Under the condition of drying steam, nanoscale materials can be obtained in a dry state.

2. The crushing strength is higher, more than twice that of traditional airflow mills, and the impact force is more than four times that of traditional airflow mills.

3. The grading particle size is finer, achieving nanoscale grading with D50=0.8 and D95=2.5 μ m (limestone).

4. Because steam, as a crushing medium, has drying and electrostatic removal effects.

5. PLC fully automated control, easy to operate, simple and easy to learn.

6. The equipment operates under negative pressure throughout the entire process, creating an environmentally friendly and hygienic working environment with no dust pollution.

7. Can process materials with a Mohs hardness of less than 10

8Energy saving compared to conventional airflow mills30%, low energy consumption, strong crushing ability, stable equipment system, promote high-temperature energy-saving steam mill as an economical equipment.

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Hard material: adhesive/Sealing compoundPolysiliconeCeramics/GlassCeramic pigments.

High purity and superhard materials: Typical materials include fluorescent powder, titanium dioxide, silicon, aluminum, copper, and various high-purity pigments.

Fine chemicals, ceramics, abrasives, and refractory materials]Typical materials include garnet, silicon carbide, corundum, cerium oxide, aluminum oxide, boron carbide, tungsten carbide, diamond sand, etc.

Food, medicine, and health products: Typical materials include: pollen, hawthorn, pearl powder, stomach medicine, nifedipine Antibiotics, contrast agents, Ganoderma lucidum, gallnuts, Polygonum multiflorum, etc.

Magnetic powder, mobile phone electromagnetic powder, copier toner, and electronic materials: Typical materials include lead-acid batteries, nickel chromium batteries, nickel manganese batteries, ferrites, manganese trioxide, manganese dioxide, lithium cobalt oxide, lithium manganese oxide, carbon, etc.

Non metallic minerals and powder metallurgy: Typical materials include quartz, barite, kaolin, heavy calcium, talc, mica, graphite, wollastonite, etc.

Reflective materials, pigments, dyes, and powder coatings: Typical materials include iron oxide, titanium dioxide, glass microspheres, etc.

Application example: Silicon carbide: d50=0.4um; Aluminum oxide: d50=0.3um; Wollastonite: d50=0.3um;

Talc:d50=1.2um; Zirconia: d50=0.43um

Please call for more information.

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