Introducing our TSJ750 Dewatering machine and Thermal dryer—an advanced, eco-friendly solution for efficient recycling. This system designed to provide fast and effective material drying for a variety of plastic materials.
The TSJ750 is not only efficient but also built to last, with robust construction and precision engineering that ensure reliability and durability over extended use. Its innovative design reduces energy consumption and maximizes output, aligning with sustainability goals and supporting eco-friendly recycling initiatives.
The Centrifugal Dryer uses centrifugal force to rapidly expel moisture, ensuring efficient processing, especially for high-volume recycling operations. Built from heavy-duty steel, it features specialized screens that enhance filtration, while the integrated vibration screen ensures thorough separation and drying of materials. This combination guarantees a high level of cleanliness, optimizing the quality of the output.
Next, the Thermal dryer takes the process further by using hot air to eliminate any remaining moisture. The system is designed with an anti-clogging mechanism, maintaining smooth and uninterrupted operation, which is essential for continuous production lines.
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Frequently Asked Questions
What does the TSJ750 drying system include?
The TSJ750 pairs two machines: a centrifugal dryer (dewatering machine) built from heavy-duty steel with specialized filtration screens and an integrated vibration screen, plus a thermal dryer that finishes with hot air. Sold as a combined system, they take washed plastic from wet to dry in one continuous pass without a separate drying line.
How does the two-stage drying process work?
Stage one is mechanical: the centrifugal dryer spins water off the material rapidly, which handles high volumes at low energy cost. Stage two is thermal: hot air eliminates the remaining moisture the centrifuge cannot reach. Splitting the job this way cuts total energy use versus hot-air-only drying and delivers a lower final moisture content.
What plastic materials can it dry?
The system is designed for a variety of washed plastic materials — flakes, film pieces, and regrind from typical recycling lines. The centrifugal stage suits anything that dewaters mechanically, while the thermal stage finishes heat-tolerant materials. Very heat-sensitive films should be evaluated first to confirm the hot-air stage settings suit them.
What is the anti-clogging mechanism in the thermal dryer?
The thermal dryer includes an anti-clogging design that keeps material moving through the hot-air path without bridging or buildup. That matters because a clogged dryer starves the pelletizer or storage silo downstream and forces line stops. Combined with the vibration screen in the centrifugal stage, the system is built for uninterrupted continuous production.
What are the power and installation requirements?
The system needs three-phase power for the centrifugal drive, the vibration screen, and the thermal dryer’s fan and heater — confirm exact ratings with ASG for your configuration. Plan ducting for hot-air exhaust, drainage for separated water, and enough line length for both machines plus infeed and discharge conveyors. A level industrial floor is the baseline.
What maintenance does the drying system need?
Keep the centrifugal dryer’s screens clean and check the vibration screen and bearings on schedule — wear or imbalance shows up as vibration and falling dewatering performance. On the thermal side, inspect air paths and the anti-clogging mechanism for buildup. Regular checks on both stages keep the pair running as one reliable drying line.