Plastic granulators are particularly suitable for the recycling of plastics such as boxes, thin tubes, injection-molded parts, bottles, shells, etc. Industries that utilize plastic granulators include plastic product factories, hardware factories, plastic product factories, lighting factories, shoe factories, machinery factories, auto parts factories, luggage factories, pelletizing factories, waste recycling factories, plastic furniture factories, and plastic kitchenware factories. These machines are used for the crushing processes of various hard plastics, including ABS, PMMA, POM, nylon, hard rubber, horn, reinforced materials, and more. Below, our editor introduces the causes of import blockage in plastic granulators:

1. Potential issues with the feed conduit, such as blockages or poor flow, can lead to clogging of the plastic crusher's air intake. Inadequate matching of conveying equipment can also cause the feed conduit's airflow to weaken or cease, resulting in blockages. The solution is to first clear the conveying openings, change mismatched conveying equipment, adjust the feeding amount, and ensure the equipment operates normally.

2. Blade breakage, chipping, clogged and worn-out sieve holes, and excessively high moisture content in the crushed material can all lead to blockages in the plastic granulator. The solution should involve timely updating of broken and severely chipped blades, and regular inspection of the sieve, while ensuring that the moisture content of the crushed material is less than 13%.

3. The plastic shredder is not well-suited in its structural design for the plastic it processes. The solution is to conduct a trial run on the material to be shredded when purchasing a plastic shredder.

4. Possible cause: Too fast feeding speed, increased load, leading to blockage. Solution: The current of the plastic granulator during operation is typically controlled around 85% of the rated voltage.

The plastic shredder is user-friendly with simple and convenient blade replacement. Its flat blade design is ideal for shredding large, thin-walled, and thin materials, enhancing the shredding efficiency. It features an electrical control safety design, a double-layered hopper filled with sound-absorbing material, and a motor equipped with high-load protection devices. The power supply equipment boasts excellent safety and environmental protection, as well as energy-saving and durability.