Dolomite is a carbonate mineral that encompasses iron and manganese dolomite, possessing a crystal structure akin to calcite, often rhombohedral in shape. When exposed to cathode rays, some dolomites emit an orange glow while dilute hydrochloric acid slowly bubbles when cold. It serves as the primary mineral component of both dolomite and dolomitic limestone. Depending on our specific requirements such as mill capacity, discharge fineness, and price point, we can select from various mill specifications.
(1) Choose According to Fineness
Various high-quality dolomite products are available, including dolomite ore and dolomite sand in different mesh sizes (6-10, 10-20, 20-40, 40-80, and 80-120). Dolomite powder is also offered in various mesh sizes (10 and ultrafine powders in 140, 325, 600,1000 and1600 meshes). Depending on the desired fineness of the product (e.g., for processing purposes between5-80meshes), a crusher can be utilized as an alternative to a mill. For finer products ranging from80-325meshes,Raymond mill is recommended; whereas ultrafine grinding mill or vertical grinding mill sare suitable for even finer products ranging from 325-3000 meshes.
(2) Choose According to Energy Consumption and Output
The selection of a dolomite grinding mill should also be based on one's own capacity requirements. When choosing the same model of grinding mill, there may be variations in size. Generally, larger mill sizes tend to result in higher energy consumption; however, there are exceptions to this rule. For example, Clirik's HGM ultrafine grinding mill reduce energy consumption by 30% compared to other models.
Select a dolomite mill from reputable brands in the market, taking into consideration factors such as manufacturer's reputation and after-sales service. Generally, legitimate manufacturers offer quality assurance due to their focus on building their reputation and establishing long-term partnerships. For instance, Shanghai Clirik Machinery has been producing powder grinders for over 30 years with an emphasis on product quality, reputation, and service. Pricing may vary among different types of machines from the same manufacturer based on differences in quality. Therefore, customers should choose equipment that suits their needs best. The varying price determines the performance-cost ratio which can lead to good profits for customers when selecting a suitable powder grinder.
Dolomite Grinding Mill Recommendation
PEX Jaw Crusher Capacity: 1-90 t/h Feed Size: 250 mm The PEX jaw crusher series possesses characteristics such as a large crushing ratio, uniform product size, simple structure, reliable operation, easy maintenance and low cost. It is widely used in industries such as stone mining, metallurgy, building materials, road construction, railway transportation, water conservancy and chemical engineering. This machine can crush all kinds of materials with compressive resistance less than 320MPa.
Working Process The PEX jaw crusher operates through a combination of movement and compression. Its operational principle is as follows: the motor generates power, which in turn drives the eccentric shaft via a triangular belt and grooved wheel, enabling the movable jaw plate to traverse along an adjustable track. Consequently, materials within the crushing chamber consisting of fixed jaw plate, movable jaw plate, and side leeward plate can be fragmented and discharged through the outlet.
YGM Raymond Mill Capacity: 0.5-50 t/h Feed Size: 35 mm Powder Fineness: 80-325 mesh Raymond mill is suitable for grinding a wide range of materials, including but not limited to calcium carbonate, barite, dolomite, calcite, limestone, kaolin, bentonite, marble, gypsum, quartz, feldspar clay talc fluorite white mud mica refractory glass and over 1000 other types of materials with a Mohs hardness below 9.3.
Working Process The standard configuration of the Raymond mill includes the main engine, reducer, powder classifier, cyclone deduster, dust collector, blower, control cabinet motor, and pipe. Optional accessories consist of a crusher and a bucket elevator with a feeder. The jaw crusher breaks down the large material into the required particle size before it is conveyed to the storage hopper by the bucket elevator. Through a vibration feeder, it is uniformly and continuously fed into the main machine for grinding. The ground powder is then transported by airflow from the blower to the classifier for grading. The particles that meet the fineness requirements are collected in the cyclone collector through a pipe where they undergo separation. These particles can be discharged as finished products at the discharge valve. Air is drawn into the blower through a return pipe located at top of cyclone collector. The entire air flow system operates as a sealed cycle circulating under positive and negative pressure.
HGM Ultrafine Grinding Mill Capacity: 0.2-45 t/h Feed Size: ≤25 mm Powder Fineness: 325-3000 mesh A superfine grinder is a device that breaks solid materials into powder through grinding, which is an essential unit operation in various processes. It finds common applications in industries such as metallurgy, building materials, chemicals, and mining.
Working Process During operation, the mill rolls rotate within the ring and centrifugal force propels material to the turntable's edge where it falls into the grinding chamber. There, rollers repeatedly press, crush, and grind it. The high-pressure blower continuously draws air into the mill which carries broken material to a classifier. Unqualified particle sizes are filtered out by the classifier's high-speed impeller and returned for re-grinding while qualified particles mix with air and enter a cyclone deduster. Most of the qualified powder exits through a bottom drain valve while some fine powder adheres to filter bag surfaces as it moves towards a dust collector with airflow. Simultaneously, sudden vibrations caused by instantaneous injection of high-pressure gas controlled by pulse valves cause attached fine powder on filter bag surfaces to fall off. Conveyors at the bottom transport both batches of materials for packing finished powder. Finally, filtered clean air is discharged through an outlet muffler.
Clirik is a reputable manufacturer of mining machinery and equipment, renowned for their global popularity. If you have any interest in our top-notch equipment, please feel free to contact us using the information provided on this page. Moreover, we boast a team of highly skilled engineers and technicians who are capable of tailoring machinery and equipment to meet your specific requirements, ensuring that they perfectly suit your needs. We eagerly await your call!
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