A new infrared rotary dryer reduces plastic processing time by 90% while slashing energy consumption in half.
The global plastics industry faces immense pressure to enhance operational efficiency. Manufacturers continuously seek sustainable solutions to lower energy consumption. Traditional hot-air drying systems struggle heavily with inconsistent moisture removal. These conventional methods demand excessive electricity to operate effectively. Modern equipment innovations are now addressing these long-standing industrial challenges.
Flying Tiger KJ recently launched a highly efficient drying alternative. Their newly developed Infrared Rotary Dryer targets major production bottlenecks. Specifically, the machine completes simultaneous crystallisation and drying very rapidly. It successfully finishes this crucial process in merely ten to twenty minutes. Previously, standard hot-air dryers required up to six hours for completion.
Therefore, the advanced technology reduces overall processing times by over 90%. The new equipment lowers industrial energy consumption by up to 50%. It achieves this by applying direct infrared energy to the materials. This direct application bypasses the inefficiencies of heating large air volumes. Material moisture levels drop swiftly to between 100 and 500 PPM.
Operators can also integrate a supplementary dehumidifier for superior results. This extra processing step pushes moisture below 50 PPM remarkably quickly. Meanwhile, independently controlled heating zones effectively eliminate any risk of overheating. Each dedicated zone features precision infrared sensors to maintain temperature control. Moreover, an internal helix structure ensures completely even infrared exposure throughout.
The radiation penetrates every individual particle simultaneously for rapid vaporisation. Consequently, internal moisture escapes efficiently without damaging the valuable raw material. Company representatives confirm that processed materials achieve a 5% Intrinsic Viscosity increase. This notable enhancement ultimately improves downstream processing performance across the board. The versatile dryer integrates seamlessly into various plastic recycling lines.
Finally, the system offers faster material changeovers alongside significantly lower maintenance requirements.
(Source: PR Newswire)
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