VSI impact sand machine

1. It can process a large amount and has a high output of 50-500t/h. Compared with traditional equipment under the same power, the output is increased by 30% and is stable.

2. Low consumption of wearing parts—The best material impact angle design in the crushing cavity has less friction with wear-resistant parts. Compared with traditional equipment, the operating cost is 40% lower, directly reducing the equipment's use cost.

3. The product has excellent grain shape - it is cubic, has good grain shape, reasonable gradation, and an adjustable fineness modulus; it is especially suitable for artificial sand making and stone shaping. The practice has proven that the sand-making and shaping effect is 30% higher than other traditional equipment.

4. A hydraulic device, easy maintenance, and a hydraulic cover opening device make the maintenance and removal of components in the crushing chamber quick and easy, shorten downtime, and save time and effort.

5. Automatic detection, safety, and reliability: The equipment has an over-vibration display and alarm device. If the equipment malfunctions, a warning can be issued to stop the equipment from working and protect the machine.

6. Thin oil lubrication and automatic maintenance: an original German thin oil lubrication station with dual oil pumps that complement each other to ensure oil supply; it automatically stops when there is no oil flow or oil pressure; it is water-cooled for cooling, and the motor is heated and started in winter.

7. One machine has multiple uses and is flexible in application. The unique feed crushing structure has various crushing cavity types, which can easily realize the conversion of "rock on stone" and "stone on iron", thereby solving the problem of one machine with multiple uses. Suppose you want to change the application of the VSI crusher. In that case, it can adapt to the different needs of users without making major adjustments, such as sand making, shaping, abrasive materials, etc.

Full centre feeding: the materials fall into the feeding hopper of the sand-making machine, enter the high-speed rotating swing wheel through the central feeding hole, and are rapidly accelerated in the swing wheel. The acceleration can reach the gravitational acceleration multiple times and then shoot out from the swing wheel at high speed. First, they collide with another part of the materials that fall freely after the rebound. Then they collide with the material lining (stone striking stone) or counterattack block (stone striking iron) and are bounced up to the top of the vortex chamber, It also changes its movement direction, deflects downward, and collides with the materials emitted from the impeller channel to form a continuous material curtain. In this way, a piece of material is subjected to two or more times of probability impact, friction and grinding crushing in the vortex crushing chamber. The crushed materials are discharged from the lower discharge port.