GZS Centrifugal Impact Breaking

GZS series centrifugal impact crusher is a new generation of energy-saving and high-efficiency crusher with international advanced level developed by our company's scientific research department in cooperation with German authoritative experts on the basis of years of research, development and production of mining machinery. It belongs to the fifth generation of impact breaker. The equipment is manufactured in accordance with international standards, with advanced technology and good visual effect. Its performance plays an irreplaceable role in various ore crushing equipment.

Application scope: shaping and fine crushing of sand and gravel yard, mixing station, dry powder mortar, quartz sand, construction waste crushing and other industries

applicable materials: granite, Shi Ying, basalt, river pebble, limestone, dolomite, etc.

Processing capacity: 250-580T/H

Feed particle size:<50mm

Performance Characteristics

1. The structure is simple and reasonable, with low power consumption, high crushing ratio and less over-crushing.

2. Stable operation, low working noise, low pollution rate, energy saving and high crushing efficiency.

3. The impact crusher is less affected by the moisture content of the material, and the moisture content can reach about 8%.

4. The product is vertical, with high bulk density and low iron pollution.

Technical Parameters

Note: The above contents are for reference only. The actual samples shall prevail. The data in the table are subject to change without prior notice.

Works

Ore enters the impact crusher and enters the impeller through the feed pipe in the center of the distributor respectively. When the material enters the high-speed rotating impeller, it is rapidly accelerated in the impeller, and its acceleration can reach several times or even hundreds of times of gravity acceleration. Then it is ejected from the impeller runner at a speed of 70-100 m/s, and first it is crushed by impact with the material outside the impeller that enters the vortex crushing cavity with the free fall, and impact on the material bed in the vortex crushing cavity together, the material bed bounces and sprints obliquely upward to the top of the vortex crushing cavity, and changes its direction of movement, deflects downward movement, and the material emitted from the impeller flow channel forms a continuous material curtain. In this way, a piece of material is impacted and broken twice or even many times in the turbine crushing cavity. In the whole crushing process, the materials are broken by impact with each other and are not in direct contact with metal components. Due to the oblique circumferential impact of the material emitted from the impeller flow channel, the rotary motion of the material on the material bed in the vortex crushing cavity is formed, resulting in the vortex grinding effect between the materials, and the materials are crushed due to impact friction, and the crushed materials are discharged from the discharge port.