River pebble is a natural stone, the main component is silicon dioxide, contains a small amount of iron, has the characteristics of compression resistance, wear resistance, and corrosion resistance, and is an ideal green building material. VSI sand making machine is an ideal choice for river pebble sand-making equipment and crushed stone shaping equipment.

How to design the river pebble sand-making equipment with an output of 100 tons per hour?

Sand-making equipment produces 100 tons of river pebbles per hour, its process is divided into coarse crushing, medium, fine crushing, sand making, packaging, etc. The main equipment required for this production line is a jaw crusher, VSI sand making machine, cone crusher, vibration feeder, belt conveyor, etc. Beige Heavy Industry will configure it according to customer needs, or choose a more convenient mobile sand-making machine.

How to increase the output of the river pebble sand-making machine?

1. To standardize the operation process

A reasonable and standardized operation can not only greatly reduce the number of equipment downtimes for maintenance, but also increase the working time of the pebble sand-making machine and improve the performance of the pebble sand-making machine.

2. Control the feeding

For some river pebbles with high hardness, or high humidity and viscosity, they need to be pretreated, such as coarse crushing, drying, dehydration, etc. Adhesion affects transportation), these river pebbles should be screened, and the fine powder should be screened out from the materials as much as possible, so as not to affect the normal operation of the river pebble sand making machine.

When using a belt conveyor or a vibrating feeder to feed the sand-making machine, it is necessary to evenly feed the material. Too much or too little feeding will affect the working performance of the pebble sand-making machine.

3. Regular maintenance

It is necessary to regularly stop and open the observation door to observe the internal wear of the pebble sand making machines, such as the wear degree of the central feeding pipe, cone cap, upper and lower flow channel lining plates of the impeller, circumferential guard plates, and wear-resistant blocks, which should be replaced in time after wear and tear. Or repair, and replace the wear-resistant block, to ensure that the weight of the wear-resistant block is the same.