In large-scale waste plastic disposal production, feeding uniformity directly affects the pyrolysis state inside the furnace. Manual intermittent feeding can easily cause uneven feeding and load fluctuations in the furnace, leading to disordered gas production rhythms and batch quality differences. An automatic feeding system designed for mass production scenarios can feed materials at a constant speed in line with the reaction rhythm inside the furnace, maintaining long-term stable operating conditions of the production line. Henan Yongle Group has optimized the fully automatic matching feeding system of its plastic refining equipment based on mass production needs, achieving dynamic matching between feeding volume and pyrolysis conditions, and ensuring uniform and orderly large-scale production.

The plastic refining equipment is equipped with a dynamic matching feeding system that fine-tunes the feeding speed in real time according to furnace temperature, gas flow and system pressure, achieving on-demand feeding. When furnace conditions are stable, materials are supplied at a constant rate; when conditions fluctuate, the feeding rhythm slows down to prevent excessive material accumulation from affecting the cracking reaction.

The feeding process runs fully enclosed and automatically, with uniform and continuous material conveyance, avoiding common problems such as material interruption, accumulation and jamming. The orderly feeding rhythm keeps the furnace charge at a reasonable level at all times, allowing the pyrolysis reaction to proceed steadily and continuously.

The system is compatible with dry and wet materials, mixed plastic materials and other raw material states. Pretreated materials can be conveyed into the furnace stably, without feeding deviations caused by differences in material density or humidity, adapting to diversified raw material production modes of the plant.

The automated matching feeding mode reduces the frequency of manual intervention and production fluctuations caused by manual operation, so that the material filling thickness, cracking duration and gas production state of each production round remain basically consistent, resulting in stronger batch uniformity.

The intelligent feeding system tailored to mass production needs effectively improves the continuous production capacity of the plastic refining equipment. With small condition fluctuations and high production stability, it provides reliable support for the routine mass production of large and medium-sized waste plastic resource recovery projects.