1. Fully enclosed structure, no dust spill, improve workshop environment and meet environmental protection requirements;

2.Unique net loading structure, no mixing level, stringing phenomenon and automatic discharge, more suitable for 24-hour assembly line operation;

3. Low energy consumption and high output;

4. Simple structure, reliable performance, convenient maintenance, and long screen life;

5. The linear screen is divided into 1-5 layers, and the number of layers can be selected according to actual needs;

6. It can change the spacing and inclination of the screen surface according to the material size and production volume.

Linear vibrating screens have the ability to convey while separating and are often used for container filling and safety screening – preventing clumping, oversized products or large particles that could cause problems in subsequent processing or quality control, while maintaining optimum performance for further processing. feed rate. Another common application is to combine a hopper with a screen - unloading material from the hopper, removing fines and feeding the material to the inspection table, improving inspection efficiency. It can be equipped with single-layer or multi-layer screens, and can continuously screen up to 7 products at a time.

Linear vibrating screen, also known as linear motion vibrating screen, the motion is linear, used for screening, classifying, deblocking, dewatering any lumpy solids or slurries, it uses a vibrating motor to throw up and forward linear motion Materials, these models are usually run with dual vibration motors that operate in synchrony, centrifugal force and gravity help throw the material in the direction it's moving, multi-layer systems can separate the product into 2-7 different parts, in Multi-stage separation is completed while removing impurities.

Applied Materials

Application scope: food industry, pharmaceutical industry, chemical industry, etc.

Application materials: sugar, salt, monosodium glutamate, chicken essence, glucose, amino acids, potassium sorbate, bread crumbs, freeze-dried food, coconut fruit, frozen dumplings, pellets, pellets, Chinese herbal medicine pieces, iron powder, aluminum powder, lead powder , Copper powder, alloy powder, electrolytic copper powder, refractory materials, steel shot, alumina, metal metallurgy powder, sodium bicarbonate (soda ash), etc.

Linear vibrating screen can provide 500mm to 1,500mm wide and 1,500 to 4,000mm long screening area, allowing up to 20 tons / hour of processing capacity, suitable for a variety of dry 0.074-5mm particle size, moisture content less than 70%, non-sticky For the screening of powdery materials, the maximum feeding particle size is not more than 10mm.

Selection tips:
1. The shape and size of the sieve hole: the particle size of the circular sieve is smaller, and the size of the square sieve is larger.
2. The length and width of the screen surface: the model is determined by the length and width of the screen surface of the sieve (such as a 1025 type sieve, representing 1000mm (width) x 2500mm (length)), the wider the screen surface width, the thinner the material layer thickness will be , the greater the output, the longer the length of the screen surface, the longer the screening time, the more chances of sieving, and the higher the screening efficiency. Generally, the appropriate width-to-length ratio is 1:2~1:3.
3. Screen surface inclination: In general, linear vibrating screens can be installed at a certain angle. If the inclination is too small, the material movement speed will be slow and the productivity will be greatly reduced. If the inclination is too large, the discharge will be too fast and the screening efficiency will be reduced. , so the inclination angle should be appropriate. Generally, we suggest that the inclination angle of the linear vibrating screen is 0-15°. If special materials are to be screened, the inclination angle can be increased appropriately, but it should not exceed 25°.
4. Motor excitation force: must be higher than 30% of the total weight of the linear screen.