Introduction of new vertical shaft crusher: PCL series of high-performance vertical shaft impact crusher is the introduction of the latest research results of leading experts in Germany, and with China's mining conditions improved design, is currently the exclusive production of the world's advanced level of third-generation high-performance system Sand equipment. Machine designed for highways, high-speed rail, high-rise buildings, municipal, hydroelectric dam construction, concrete mixing station to provide high-quality sand and gravel aggregate, sand and stone by hand shaping the field of the device of choice.

New vertical crusher uses: 1, river pebbles, rocks, ore tailings, the artificial sand stone chips. 2, construction aggregate, road fabric, cushion material, asphalt concrete and cement concrete aggregate production. 3, engineering, water conservancy and hydropower, high-grade roads, highways, high-speed railway, bridges, public works mechanism of sand production and shaping stone. 4, the mining sector, front-end crushing grinding techniques, building materials, metallurgy, chemical industry, mining, refractories, cement, abrasive materials, crushing and other industries. 5, high abrasion and secondary disintegration of crushing, thermal power, metallurgy industry, In addition to sulfur, steel slag, broken construction waste and other environmental projects. 6, glass, quartz sand and other high-purity materials production. The vertical broken How it works: a new vertical shaft crusher broken the selective use of advanced crushing principle of reconciliation, reason, directly on the material to exert sufficient kinetic energy, and through the impact will be converted into kinetic energy required to overcome the fragmentation of materials can be broken. Basic materials along its natural grain surface, cleavage fracture surface, grain shape is good, its low consumption. The aircraft can be achieved, "stone at Stone" and "strike while the iron stone" two works conversion. Material falling into the into the hoppers, and economic center of feed hole into the high-speed rotating wheel of rejection in the rejection wheel was quickly accelerated up to several times its acceleration of gravity, and then from the Lut-wheel high-speed injection, first with the rebound after the free-fall Another part of the materials to impact, and then with the impact on the lining materials (stone at stone) or counter-block (stone blacksmith), the oblique is on the rebound hit the top of the swirl chamber, but also to change its direction of motion, deflected downward movement, Also with the launch from a leaf out of the material rotation Road, hit the formation of a continuous material curtain. In this way, a material in the vortex chamber by the two broken many chances to impact, friction and grinding effect. Material has been broken by the lower discharge port discharge.

Center feed circular waterfall down with the feed: material falling into the into the hopper, in the fall through the circular hole has been sub-divided into two shares of stripper plate material, a surge by the sub-feed tray into the high-speed rotating wheel of rejection, another unit from the sub-feed disk around the fall. Rejection of materials into the round, in the rejection wheel was quickly accelerated up to several times its acceleration of gravity, and then fired high-speed wheel from the rejection, first by a sub-feeder four weeks with the other part of the free-falling material impact crusher, and then with the shock to the vortex swirl cavity lining, the lining material has been rebound in oblique impact on the swirl chamber at the top, but also to change its direction of motion, deflected downward movement, and also with the rotation Road, emitted from the leaf material impact the formation of a continuous materials screen. In this way, a material in the vortex crushing cavity between two and several chances before impact, friction and grinding effect. Material has been broken by the lower discharge port discharge.

Vertical shaft impact crusher through optimization of a variety of variables in product grain size control, such as

l          Variation of rotor speed.

l          Choice of crushing chamber cavity

rings.

l          Adjustment of cascade feed ratio.

l          Selection of diferent diameter rotors.

Designed for low service requirements and

ease of operation, the Barmac B-Series VSI

will readily fit into any existing or proposed

crushing plant.

Features

l          Competitive capital cost, especially

when compared with conventional

crushing equipment.

l          Low service and maintenance

requirements along with minimum

operating and wear costs.

l          Rock-on-rock technology minimises

wear part requirements.

l          Quick and easy installation. Crushers

require minimum support structure and

are also ideal as mobile units.

l          Ability to control product grading,

maximising or minimising fines

production.

l          Produces a product of superior cubical

shape.

l          Superior mineral liberation and

increased recovery rates.

l          Preferential crushing action.

l          Integrated monitoring, safety and

control systems.

l          More tolerant than conventional

crushers to difcult feed conditions.

l          Quick balance rotor which is easy to use

and service.

l          Simple, reliable grease lubrication.

l          Range of models available to suit

any capacity in tertiary or quaternary

applications.

PCL Series Vertical Shaft Impact Crusher