Industrial Grinding Mill Price
Horizontal ball mills have been the favorite equipment for limestone grinding within wet flue gas desulfurization systems. Recent years have led to a more wide spread investigation and acceptance of alternative mill system designs. Mill types considered within the industry have ranged from a variety of media mills to dry roller mills. The science and application of size reduction processes is a complex subject.
Wet Grinding Technology
Wet grinding is commonly preferred over dry grinding. There are pros and cons of wet versus dry grinding techniques. Dry grinding requires more power, yet has less ball and liner consumption that in wet grinding. The wet horizontal ball mill has typically been the workhorse for limestone slurry preparation within a wet grinding system. Undoubtedly, the horizontal ball mill has certain characteristics that suit it well to FGD service, these primarily being:
- 1. Wet grinding capability
- 2. Large reduction ratio capability (ability to take a 1″ feed size to a micron range product)
- 3. Resistance to abrasion
- 4. Relatively low operation, control and maintenance requirements
Popular Industrial Grinding Mill
Ball mill is the vital equipment for regrinding after primary crushing. It is great choice for dry or wet grinding any kinds of minerals and other grindability materials.
Raymond mill is designed for grinding more than 280 kinds of non-flammable and non-explosive ore materials with hardness less than 7 and humidity less than 6% in mining, construction, chemical industry and metallurgy, such as barite, calcite, feldspar, talcum, marble, limestone, clay.
High pressure mill: compared with traditional grinding mill at same power conditions, the production capacity of high pressure mill can be increased by 10%, with high-pressure springs, the high pressure mill shows excellent performance in fine grinding process.
Ultrafine mill is a new type grinding mill based on our long professional experience in mining equipment. The ultrafine mill has the benefits of high efficiency, low operation cost and super fine particle size.