Which mill is good for grinding heavy calcium powder

Heavy calcium carbonate is made by natural crushing of ore, i.e. it is made by directly crushing natural calcite, limestone, chalk, shells, etc. by mechanical methods. Heated to 898℃, it starts to decompose into calcium oxide and carbon dioxide. It is widely used in coatings, plastics, fertilizers, paints, inks, cables, building supplies, food, medicine, textiles, feed, toothpaste, rubber, paper and other daily-use chemical industries.

Dry production process of heavy calcium carbonate:

First of all, the raw materials calcite and limestone are roughly crushed by crusher, and then Raymond mill is used to grind and select the powder to get fine limestone powder, and the powder that meets the requirements of particle size is packed into the warehouse as a product, or else it returns to the mill to grind again.

Which mill is good for heavy calcium powder grinding?

Different styles and models of heavy calcium powder grinding mill, for example, to grind 200 mesh heavy calcium powder, choose 1-5t/h, recommend small stone grinding mill, such as European version of Raymond mill MTW110, its capacity: 2.5-6.6t/h. Or high pressure suspension Raymond mill MTM95, its capacity: 2.1-5.6t/h. choose 5-10t/h, recommend Medium-sized stone grinding mill, such as high-pressure suspension Raymond mill YGM130, whose capacity is 3-9.5t/h, or YGM1500, whose capacity is 5-15t/h. For larger capacity, we recommend: high-pressure suspension mill: YGM160, 190 or European version mill: MTW138, 1720, 178.

OCP provides a complete set of milling production line including main machine and auxiliary equipment. The main machine includes the main machine, fan, analyzer, corresponding motor, bag filter, cyclone collector and connecting pipes. The supporting equipment can be jaw crusher, pulse dust collector, elevator, electromagnetic feeder or automatic belt feeder, electric control cabinet, gas conveying, silo and so on. Welcome to consult 24-hour online customer service to learn more about the specifics.