CRONUS High-efficiency Energy-saving Ring Roller Mill Calcium Carbonate/Quartz Stone Special Ultrafine Powder Processing Equipment

The CRGM1000X roller mill crushes materials through multiple actions of impact, extrusion, and grinding. Its crushing pair adopts an innovative combined structure, and the transmission main shaft is designed as a polygonal diamond, which greatly improves the crushing capacity, reduces the frequency of equipment failures and maintenance, and significantly reduces the cost of use. The output of this equipment has achieved a breakthrough growth, and the production efficiency is far higher than similar products, but the energy consumption is greatly reduced, saving users a lot of production costs. In addition, the compact structural design and convenient maintenance characteristics effectively reduce the user's operation and maintenance pressure, and release more time resources for production and operation.

Powerful crushing, high efficiency and energy saving
With a large crushing ratio and high energy utilization rate, it can process feed particles <10mm into micro powders <10&mu;m (D97% standard) at one time, with high fine powder output rate and large product specific surface area. The equipment operates under negative pressure environment, with less dust pollution. Combined with semi-automatic control and unique process, it significantly improves production efficiency, reduces energy consumption, and implements the concept of environmental protection and energy saving.

Precise classification, stable particle size
Built-in unique classification mechanism, exquisite classification wheel design, excellent classification effect, can infinitely adjust product fineness according to production needs, ensure accurate particle size and stable quality, and meet the strict requirements of different industries for product particle size.

Durable and reduce wear
Grinding wheels and grinding rings are made of special wear-resistant alloy steel or high chromium materials, with excellent wear resistance, and service life is 2-3 times longer than traditional equipment, reducing the frequency of equipment replacement and further reducing user operating costs.