Granite, basalt, limestone, river pebbles, cement clinker, quartz stone, iron ore, bauxite and other minerals.
Efficient Fine Crusher of Description
Efficient fine crusher is a practical stone-crushing equipment, also known as a fine crusher. The fine crusher is used in workplaces with fine discharging requirements (0-10mm discharging, 5-50mm discharging opening adjustment gap). It has the advantages of reasonable structure, simple operation, convenient maintenance, energy saving, and environmental protection. Anshun Machinery's tertiary crusher has a wide range of uses, and its production performance has reached an advanced level. It is an energy-saving tertiary crushing equipment, especially in the medium and fine crushing operations of abrasive production, refractory materials, cement, steel sand, and other hard and brittle materials.
Fine crushers are special equipment for producing sand and stone for construction. They can crush various hard rocks (mountain, granite, limestone, river pebbles, etc.), metal, and non-metallic ores into construction sand and gravel of various particle sizes. The sand has uniform particle size and high compressive strength, which is better than natural materials. The sand produced by sand and hammer crushing is more in line with the requirements of high-standard construction sand and can improve the quality of construction.
High crushing efficiency: grate plate design, rigid hard extrusion crushing, making the fine crushing efficiency greatly improved.
Environmental and energy saving: high speed and fast operation , save electricity and reduce consumption.
Wear-resistant parts durable: more durable with wear-resistant parts material.
Low maintenance cost: compared with traditional pulverizer, energy saving is better, stable operation, maintenance cost is lower.
The rotor rotates at high speed, and the materials enter the first crushing chamber, which is crushed by impact with the rotor's plate hammer. They then enter the second fine crushing chamber, where they are crushed and discharged from the discharge port.
*The output will vary according to different materials, feed particle size and other factors
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