flip flow vibrating screen with changing frequency function

Flip flow vibrating screen breaks through the traditional vibrating screen screen surface static structure limitations, through the combination of dynamic screen surface and ultra-high vibration intensity, to achieve more thorough loosening and classification of materials.

The structural characteristics of flip flow vibrating screen:

1. Dynamic screen structure: the flip screen surface is no longer fixed, through the periodic tensioning and relaxation movement with the screen surface deformation, greatly reducing the material adhesion and plugging phenomenon;
2. Super vibration force design: screen box excitation strength of 34g, screen surface localized up to 3050g, completely break up the mass of materials;
3. Double-layer vibration system: the main vibrating screen frame for the circular track, floating screen frame for the elliptical track, the two vibration forms cooperate with each other to improve screening efficiency;
4. Polyurethane high open pore screen mesh: the use of high elastic polyurethane material, with a longer service life and stronger wear resistance, while greatly improving the unit area screening rate;
5. Modular U-shaped screen body design: enhance the structural strength of the side plate, reduce the stress concentration during operation, and extend the service life of the whole machine;
6. Adjustable frequency: by adjusting the excitation frequency, the screening rhythm can be set for materials with different particle size and humidity.

The main advantages of the flip flow vibrating screen:

1. To solve the stubborn problem of clogging holes: the screen surface flip deformation with high-frequency vibration, with excellent self-cleaning ability, reducing the clogging of screen holes;
2. Screening efficiency enhancement is remarkable: suitable for clay, wet sand, coal slurry, stone powder and other materials that are difficult to be processed by traditional equipment;
3. Stable operation and low energy consumption: despite the high vibration intensity of the screen surface, the amplitude of the host is small, the impact on the foundation is slight, and no complex foundation treatment is required;
4. Compact and reliable structure: all parts of the sieve machine with reasonable, floating screen frame movement track is smooth, high durability of the equipment;
5. Convenient maintenance: easy replacement of screen mesh, long maintenance cycle, significantly reducing operating costs.

The working principle of flip flow vibrating screen:

Flip flow vibrating screen consists of two vibration systems: one is the fixed main screen frame, standard circular trajectory vibration; the second is the floating screen frame installed on top of the main screen frame, for the elliptical trajectory movement in the direction of the long axis. During the vibration process, the screen mesh produces periodic tension and relaxation changes, while the screen holes will undergo a slight deformation, so that the particles attached to the screen mesh are automatically peeled off, to achieve the effect of continuous self-cleaning.

This structure allows the formation of more adequate impact and friction between the screen surface and the material, effectively loosening the agglomerated material and improving the efficiency of screening. The vibration parameters (such as frequency and amplitude) can be finely adjusted according to the needs of different working conditions, thus adapting to a variety of screening scenarios.

Typical application fields of flip flow vibrating screen:

1. Mining screening: used for pre-screening or fine screening of fine-grained wet materials such as high-viscosity iron ore, manganese ore, tungsten and tin ore;
2. Mechanized sand production: used for wet sand, stone powder recovery, grade control, preventing the loss of fine materials;
3. Coal industry: effective classification and dewatering of water-containing materials such as coal slurry, wet coal and gangue;
4. Chemical industry and environmental protection field: suitable for the screening of high humidity powder, slag, sediment and other difficult to handle materials;
5. Building and tunnel construction: mud separation, sand and gravel screening and recycling process to improve the processing capacity and cleanliness.