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How to choose flat mold granulator and ring mold granulator?

First, the particles of the ring mold granules produce higher particle output than the flat mold granules. The output of the molding machine is still considerable and the long-term operation is stable. The design of the ring mold granules is structurally unique and suitable for suppressing various wood chips, branches, bark, household waste, straw and other materials.

First, the particles of the ring mold granules produce higher particle output than the flat mold granules. The output of the molding machine is still considerable and the long-term operation is stable. The design of the ring mold granules is structurally unique and suitable for suppressing various wood chips, branches, bark, household waste, straw and other materials.

Secondly, the ring mold particles use mechanical forced feeding, and the high-speed rotating centrifuge distributes into the particle cavity. The material is distributed through the shovel, and the feed is uneven. The flat mold uses the material itself to enter the pressing chamber vertically, which can be fed evenly. The size of the ring mold is limited by the diameter of the mold; the flat mold is not limited, which increases the bearing space. The ring mold particles are high-speed, and the damage rate during material discharge is high. The flat mold particles are low-speed, and the damage rate is relatively low. The material in the circular granules is difficult to form and is suitable for sawdust, straw, grass flour and other materials; the material in the flat granular mechanism is relatively viscous and easy to shape, such as soybean flour and corn.

The feeding method of ring mold particles is different from that of flat mold. This is a mechanical forced feeding. High-speed rotating centrifugal distribution is input into the particle cavity. The material is distributed through the scraper, and the feeding is uneven. The size of the ring mold is limited by the diameter of the mold; the flat mold is not limited, which increases the bearing space. The ring mold particles are high-speed, and the damage rate during material discharge is high. The granules of the flat mold are low-speed, and the damage rate is relatively low.



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