Multi-Layer High-Efficiency Vibrating Sive

Product Applications

Multi-Layer High-Efficiency Vibrating Sive is designed for the classification of granular materials into large, medium and small sizes. It employs a multi-layer screening process, and satisfactory results can be achieved by replacing the screens with different mesh sizes to accommodate various materials. It is suitable for screening materials such as sunflower seeds, goji berries, peanuts, raisins, millet and cotton seeds, and can also be used for screening in the pharmaceutical and chemical industries. The screening surface utilises stainless steel mesh, ensuring safety, hygiene and a long service life. The screen frame is constructed from imported timber (Eucalyptus), which is resistant to warping and offers excellent stability. With a large screening area and a long screening path, both oversize and undersize materials can undergo repeated screening. The use of a vibration motor in place of mechanical transmission, combined with the vibration operation mode, prevents screen mesh blockages, ensures effective separation, simplifies operation and minimises the risk of breakdowns.

Technical Specifications

Advantages

1. The vibrating screen offers excellent sealing, with minimal dust leakage;

2. Low energy consumption, low noise levels and a long service life for the screen mesh;

3. High screening accuracy, high throughput and a simple structure;

4. Fully enclosed design with automatic discharge, making it particularly suitable for assembly line operations;

5. All parts of the screen body are fabricated from rolled steel plates and sections welded together (with some assemblies bolted together), ensuring excellent overall rigidity, sturdiness and reliability;

6. Notable features include high processing capacity and excellent screening performance;

7. The screen utilises a block eccentric vibrator for excitation, with bearings offering high load-bearing capacity and a long service life;

8. The screen operates on the principle of self-synchronisation, with the vibration source mounted on the side panels, ensuring optimal load distribution;