impact crusher

Production capacity: 60-550t/h

Motor power: 110-280KW

Application scope: Industrial sectors such as metallurgy, mining, cement, chemical engineering, highways, water conservancy engineering, construction engineering, etc

Applicable materials: ores and rocks with a compressive strength not exceeding 300Mpa and a surface moisture content not exceeding 8% -10%.

Product Introduction:

The impact crusher is a new generation of impact crusher developed by our company based on the specific industrial and mining conditions of the sand and gravel industry, and on the basis of traditional impact crushing. Compared with traditional impact crushers, it ensures the advantages of impact crushing while significantly improving the crushing ratio and output. It is mainly used for water and electricity, highways, building material waste treatment, and the processing of artificial building aggregates.

Performance characteristics of impact crusher:

1. Hydraulic automatic adjustment of the gap between the counterattack frame and the hammer, convenient and fast.

2. Adopting a unique heavy-duty rotor design principle, it has greater rotational inertia, improves crushing efficiency, and has energy-saving effects.

3. By using hydraulic lifting and maintenance lifting devices, it is possible to quickly replace vulnerable parts such as plates and hammers, reducing downtime and equipment maintenance time, and reducing maintenance costs.

4. The internal edge lining board adopts a modular design, which maximizes the efficiency of wearing parts.

5. The bearing seat adopts an integrated design principle, and the interior adopts multi-level sealing, with good dust and waterproof effects.

6. The adjustment method of the discharge port adopts a scale bar adjustment, which can achieve a more precise adjustment effect.

Working principle of impact crusher:

A crushing machine that uses impact energy to crush materials. During operation, the motor drives the rotor to rotate at high speed. When the material enters the action zone of the plate hammer, it is crushed by the high-speed impact of the plate hammer. The broken material is thrown along the tangent direction towards the impact plate installed above the rotor and is broken again. Then, it bounces back from the impact plate to the action zone of the plate hammer and is broken again. This process is repeated until the material is crushed to the required particle size and discharged from the discharge port. Adjusting the gap between the counterattack frame and the rotor can achieve the goal of changing the particle size and shape of the material.