One,Vertical shaftCompound Crusher Product Description：
The Vertical Axial Compound Crusher, abbreviated as Compound Breaker, is a commonly used equipment in the new crushing and sand-making production lines. The Vertical Axial Compound Crusher, based on the fine crushing equipment at home and abroad, is an optimized design of a sieveless, adjustable fine crushing equipment. It is widely applicable to the fine crushing operations of raw materials and clinker in cement plants, and can also be used for the fine crushing operations of medium-hard materials such as dolomite, coking slag, lead-zinc ore, serpentine, blast furnace slag, coal gangue, and phosphate ore. It is particularly suitable for the processing and crushing of artificial sand or highway pavement stone materials, such as hard limestone, dolomite, granite, basalt, etc.
II. Features of Vertical Compound Crushing Machine:
The crushing ratio is significantly high, with the large crushing ratio capable of adjusting the discharge particle size freely, unaffected by the wear of the hammer and lining plates; it can crush dry material and wet material with water added, without screen strips, preventing clogging when processing materials with high moisture content and clay; equipped with an elastic adjustment mechanism, uncrushable objects can be automatically discharged, preventing equipment damage; the bearings are horizontally arranged, ensuring a long service life and the ability to crush materials with high temperatures (such as cement clinker); the rotor body structure is unique, with minimal wear on the rotor body during the crushing process.
Fine Axial Compound Crushing Machine Specifications:
The vertical compound crusher boasts the following advantages:
(1) High crushing ratio, feed material size up to 100-180mm, with over 90% of the output being less than 3mm (30% in the form of powder).
(2) High energy efficiency, with a power consumption of 1.29 kW·h per ton of output.
(3) When used with ball mills, it can increase the mill's output by 30%-40% and reduce the system's electrical consumption by 20%-30%.
(4) Wear parts are made of high-wear-resistant alloy material, with minimal wear and extended lifespan.
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