The internal structure and working principle of a continuous changeover device


Release time:

2024-12-01

The continuous screen changer is an efficient and continuous filtration device, hailed as a powerful assistant for plastic melt purification. Its unique design and functionality make it stand out in the fields of plastic melt filtration and polymer filtration, providing stable and efficient filtration solutions for numerous extrusion production lines.

The continuous screen changer is an efficient and continuous filtration device, hailed as a powerful assistant for plastic melt purification. Its unique design and functionality make it stand out in the fields of plastic melt filtration and polymer filtration, providing stable and efficient filtration solutions for numerous extrusion production lines.

The internal structure and working principle of the continuous screen changer are quite sophisticated. It consists of one or more carefully designed filters, each with independent inlets and outlets. As the plastic melt slowly flows through these filters, impurities, particles, suspended solids, and other contaminants are captured and intercepted by the filters, allowing only pure plastic melt to pass through.
However, over time, the amount of impurities trapped on the filter screen gradually increases, leading to a decrease in filtration efficiency. At this point, another advantage of the continuous screen changer becomes apparent -- it allows users to quickly replace the filter screen during the operation of the device, thereby quickly restoring its filtration effectiveness and ensuring the continuity and stability of the production line. This unique screen replacement design not only significantly reduces production downtime but also improves production efficiency, saving users a substantial amount of costs and time.

In summary, the continuous filter changer has brought revolutionary changes to the field of plastic melt filtration with its efficient, continuous, and stable filtration performance. Its widespread application has not only improved the quality of plastic products but also promoted the rapid development of related industries.