China New Design Vertical Crusher for Cement From YUKE

Product Application

This series of crusher is in my company vertical composite crusher (the aircraft has been included in the basis of the national machinery industry standards), to optimize the design of new products from the domestic and international crushing technology, its performance has reached the domestic advanced level. used for crushing various hard ore, can be widely used in mining, metallurgy, refractory, cement, coal, glass, ceramics, electrical and other industries. Its main features are: broken than large; high yield, 1.4 times higher than similar domestic products; efficiency, energy saving; wearing parts with high hardness, high toughness, multi-alloy wear-resistant materials, life expectancy has increased by 2-3 times, hammer the gap between the head and the back plate is adjustable, can meet a variety of Liaoduo conditions.

Main Features

Our vertical compound crusher can be used to crush various materials, such as aluminum ore, coal gangue, phosphorus ore, stone, granite, trap rock, limestone, manganese ore, gypsum, lump coal, oxide, fused calcium carbide, emery, coke, iron ore, fused aluminum and so on.

Besides, our vertical compound crushing machine can also be used in other fields such as for building materials, metallurgy, in the mining industry and chemical industry, etc.

Working principle of Vertical Crusher:

The motor drives the rotor that fixed on the main bearing to run quickly toward certain direction when the machine works. The materials are fallen into the throw-up disc and impacted by the high speed strips of the throw-up disc, and then strikes with the impact board under the effect of Centrifugal Force.

Because the impact board is bevel and the gravitation, the materials are threw to the taper crushing room and impacted by the high-rotating up hammerhead. After gaining sufficient energy, the materials are thrown to the impact board again and action repeats. The materials strike with each other in the crushing room and then are down to the column-shape rotor room. Then crushed, pressed, and ground and action repeats. In this way, the materials go through up, middle, and down rotor crushing rooms and crushed, pressed, and ground by the hammers and the impact boards, and finally the materials are gradually crushed into needed sizes and come out.