PCX Sand Making Machine

PCX sand making machine is suitable for crushing limestone, marl, sandstone, shale, gypsum, coal and other raw materials with compressive strength not exceeding 200MPa. The PCX series sand making machine has a large crushing cavity and feed port, which is suitable for the smooth entry of large pieces of ore, and has obvious advantages compared with conventional crushers.

Scope of application: stone factory, cement factory, phosphate fertilizer factory, ceramic factory, refractory factory and other industries.

feed particle size: ≤ 100mm

Production capacity: 20-120t/h

Applicable materials: fine crushing of limestone, river pebbles, cement clinker, quartz stone, bauxite and other minerals.

Performance Characteristics

1.Has stable and reliable performance, simplified process, simple structure and large production capacity;

2. Convenient maintenance device makes it more convenient to replace the hammer head and grate plate;

3. All worn parts are made of new high-quality multi-component high-chromium alloy wear-resistant materials, which ensures the superior wear resistance and impact resistance of the hammer head and grate plate;

4. The grate plate lifting device can be selected for the model to make full use of the hammer head.

Technical Parameters

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

Works

Nammer sand making machine mainly relies on impact energy to crush materials. When the hammer crusher works, the motor drives the rotor to rotate at a high speed, and the material enters the crusher cavity evenly. High-speed rotating hammers impact and shear and tear the material, causing the material to be crushed. At the same time, the gravity of the material itself causes the material to rush from the high-speed rotating hammer head to the baffle and grate rods in the frame body. In the lower part of the rotor, the grate plate is that the material larger than the size of the grate hole is blocked on the grate plate and continues to be hit and ground by the hammer until it is crushed to the required discharge particle size, and finally through the grate plate is discharged from the machine.