Precautions for the use of plastic metal separators

The plastic metal separator can effectively remove metal impurities in plastic particles, protect the extruder from damage by metal impurities, effectively improve work efficiency, and reduce equipment failures and production shutdowns caused by clogging of melt filters and nozzles time. However, these prerequisites are that we must be familiar with the operation and use of plastic metal separators. Next, I will tell you about the precautions for the use of plastic metal separators. 1. After the boot is stable, be sure to use the standard test strip provided by our company to test whether the plastic metal separator can work normally. 2. Make sure that the plastic particles passing through the plastic metal separator are within the tolerance range of the series parameters. 3. Pour the material into the hopper, detect and separate the metal in the material. 4. If necessary, adjust the flow control valve to determine the appropriate flow (small flow will reduce the loss of normal materials). 5. According to the standard test strip in the instruction manual, adjust the precision adjustment button to determine the appropriate detection precision. 6. If the plastic metal separator is not used for a long time, please disconnect the power supply and gas source to prolong the service life of the equipment. 7. In addition, after the metal separator is used, please disconnect the power supply and gas source, and use cleaning equipment to prolong the service life of this equipment. It is important to note that balls have the least repeatable surface area and are the most difficult to detect for plastic metal separators. Therefore, the spheroids can be used as reference samples for detection sensitivity. For non-spherical metals, the detection sensitivity largely depends on the position of the metal. Different positions have different cross-sectional areas, and the detection effect is also different. For example, when passing longitudinally, iron is more sensitive; high carbon steel and non-ferrous are less sensitive. When passing laterally, iron is less sensitive, high carbon steel and non-ferrous are more sensitive.