New Sand Maker Meets the Needs fo High Standard Construction

Descripción

The particle which will enter the sand maker, must be in line with the provisions of the machine’s technical parameter. It forbids large granular material to go into the sand maker machine in regulations. The broken materials’ maximum moisture content is below 20%. Generally the ore by the ore washing machine can be directly transferred into the machine. When the broken discharging product granularity is not greater than 10 mm, and 60-90% products meet the required stand. The artificial sand has wider application in many construction projects. However, the production of artificial sand is not as easy as we imagine. Hongxing has developed new sand making machine which is specially designed for the production of artificial sand. This new machine has contributed a lot to the sand and dinas industry. During the crushing process, the materials after being crushed will be sent to the rotary grading screen by belt conveyor. In this step, the qualified part will enter the elevator and the unqualified part will return to the sand making machine to be crushed again.

In order to ensure product granularity’s qualified rate to reach 100%, it is necessary to take advantage of the hierarchical equipment to conduct closed-circuit crush. Sand maker can also be used for coarse grinding operation. When the feeding granularity in the sand maker is 2 — 8 mm, the discharging granularity can be up to 0.149-0.92 mm. Vertical shaft impact crusher (new sand maker) can make the finished product cubic, and compressive ability is great, which is suitable for high standard construction’s needs. Sand maker is the necessary equipment of the artificial sand production line. Henan Hongxing Heavy Machinery Co., Ltd. is committed to researching and developing the mining machinery equipment, including jaw crusher, impact crusher, cone crusher, sand maker, vibrating screen, conveyor, energy-saving ball mill, cement ball mill, rotary kiln, etc for a long time and provides the optimal design scheme.