The barite industrial ultrafine grinding mill is a low-energy, high-efficiency non-metallic ore milling equipment. It can process ultra-fine powder of 150-3000 mesh. It is often used for grinding more than 100 kinds of non-metallic ores such as talc, calcium carbonate, mica, kaolin, dolomite, and calcite, etc. The HGM ultrafine grinding mill and CLUM superfine vertical mill independently developed and produced by SBM are the most popular industrial grinding mills at home and abroad and are highly praised by users.

barite

About Barite

Barite is a non-metallic ore with barium sulfate (BaSO4) as the main component and may contain impurities such as calcium. Mohs hardness of 3-3.5, colorless and transparent when pure, dyed in various colors when containing impurities, with glass luster, transparent to translucent state.

What is barite used for?

Barite can be used as a white pigment (commonly known as lithopone), and can also be used as a filler in chemicals, papermaking, and textiles

In glass production, it can act as a flux and increase the brightness of the glass.

But it is mainly used as a weighting agent in the drilling industry and for barium extraction.

Introduction to Barite Grinding Mill

In the barite processing line, the grinding mill is a very important and indispensable part. Barite industrial ultrafine grinding mill machine can grind barite into a fine powder, the highest fineness can reach 3000 mesh. SBM is a professional manufacturer of milling equipment for the ore industry. Among them, HGM series ultrafine grinding mills and CLUM series ultrafine vertical mills are the most popular mills, and they can be used to grind barite. Because of their different working principles, the output and properties of the finished flour are also different.

Barite Industrial Ultrafine Grinding Mill

Advantages of barite grinding production line:

1. Simple configuration, less investment, stable operation and high output.
2. The whole set of equipment has good performance, guaranteed quality and more durable.
3. Low energy consumption and low power consumption, reduce operating costs and improve the efficiency of user processing plants.
4. The equipment is easy to operate, and the whole process is automatically controlled by PLC, which reduces labor intensity and saves production costs.
5. The blade of the grading wheel adopts polymer wear-resistant ceramics, which not only reduces the pollution to the raw materials, but also increases the service life of the grinding wheel.
6. The entire production line is under negative pressure, and the dust removal points are reasonably designed to effectively control dust spillage and meet environmental protection requirements.

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