Revolutionary Screening Device Patent Secured by Chengdu Feiyuxing Technology

December 31, 2024 – Chengdu Feiyuxing Technology Secures Utility Patent for High-Efficiency Plastic Pellet Screening Device

Chengdu Feiyuxing Technology Co., Ltd. has successfully secured a utility patent for its innovative “High-Efficiency Plastic Pellet Screening Device,” with the application submitted in April 2024.

This new patent falls within the realm of screening device technology, specifically tailored for the efficient screening of plastic pellets. At the heart of the device lies a screening box, ingeniously designed with a feed inlet at the top to facilitate the smooth input of plastic pellets. The bottom of the screening box is equipped with a motor, providing the necessary power to drive the entire screening process.

According to Color Masterbatch Industry Network, the internal structure of the screening box is meticulously crafted. It features support rods that are rotatably connected, with the motor’s output end tightly meshing with the end of the support rods through bevel gears, ensuring efficient transmission. What sets this device apart is the multiple parallel-arranged first screens fixed to the inner sidewalls of the screening box. These screens have progressively smaller apertures from top to bottom, enabling graded screening of the plastic pellets.

Moreover, the device cleverly utilizes the mutual attraction between magnets and magnetic balls. Not only do they generate rotation during traction, breaking up the plastic pellets for more even distribution on the first screens, but they also create vibration when the magnetic balls and magnets attract each other. This vibration causes the entire screening box to shake, effectively reducing the likelihood of large particles clogging the screens.

The acquisition of this utility patent not only highlights Chengdu Feiyuxing Technology’s innovative prowess in the field of screening device technology but also offers a more efficient and reliable solution for the screening process of plastic pellets.

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