VSI6X Sand Making Machine

Due to the increasing demand for scale, intensification, energy saving, environmental protection and high quality machine sand, ACrusher has further optimized the structure and function of the traditional vertical shaft impact crusher. A new generation of high-efficiency low-cost sand recycling machine -- VSI6X vertical shaft sand making machine.

VSI6X Sand Making Machine Working principle

The VSI6X vertical impact crusher (also known as the "sand making machine") has two feed modes - "central feed". And "center and side feedback." For the former method "central feed", the material in the feed hopper first enters the high speed rotating rotor through the center hole. In the rotor, the material is fully accelerated and then thrown outward from the launch port to collide with a portion of the material that falls freely after bounce. Next, the materials together impact the surrounding vortex material lining (or impingement block) within the vortex chamber. In the cavity, the material first bounces back to the top of the crushing cavity, then moves down, changing its direction to form a material curtain, and the material emanates from the flow path of the impeller. Finally, the finished product is discharged from the bottom discharge port. As for the latter mode "center and side feed", first, the material in the feed hopper passes through the round hole. The material is then divided into two parts by a dispensing tray. A portion of the material enters the high speed rotating impeller while another portion of the material falls from all sides of the tray. The material in the impeller will be rapidly accelerated and thrown outward at high speed to collide with material falling from all sides of the tray. Next, all of the materials together impinge on the surrounding vortex material lining in the vortex chamber. In the chamber, the material is first bounced back to the top of the crushing chamber and then moved downwards to change their orientation to form a material curtain having material emanating from the flow path of the impeller. Finally, the finished product is discharged from the bottom discharge port.

Performance

Product Parameters

Note:
Product pictures and parameters about models, data, performances and specifications on this website are for reference only. There is a chance that ACrusher may make changes on above-mentioned information. For specific messages, please refer to the real objects and user manuals. Without special instructions, ACrusher keeps the right to explain all data involved in this website.

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