The high filling side feeder is a device used for processing high filling materials, especially suitable for processing high filling engineering plastics and other high standard materials. This type of device typically has the following characteristics and technological advantages:

Widely applicable: The high filling side feeder is suitable for over 85% of high filling materials and various high standard fiber grade color masterbatch, filling modification, blending modification, functional masterbatch, cable halogen-free materials, and special materials. These materials, after being mixed in a mixer, can be directly fed into a single and double screw extrusion granulation process to form an automatic integration, greatly improving production efficiency and automation level.

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Technical advantages: The multifunctional lateral feeder solves the problem of labor and time consumption caused by traditional manual cutting and crushing, reduces costs, and increases output. Its working principle is to use vibration force to directly screen out smaller materials through the gap between the screening bars, reducing the crushing burden and improving processing efficiency.

In addition, the device also has a modular design, and the screw components and cylinder can be adjusted according to different production materials to ensure the smooth progress of the production process.

Structure composition and working principle: The high filling side feeder is mainly composed of a vibrating frame spring, a vibrator, a motor vibrating frame, and a motor. The bottom and sides of the feeding box are lined with ultra wear-resistant materials to protect the feeder body. By utilizing the vibration force of the working face, materials can be directly screened out through the gaps between the screening bars, reducing the crushing burden and improving processing efficiency.

Application scenario: This device is widely used in the rubber and plastic industry, especially in the processing of high filling materials, which can significantly improve production efficiency and automation level, reduce production costs, and improve product quality.