1. Material safety and easy cleaning: 304 or 316L stainless steel material is selected, which is corrosion-resistant, rust proof, and high-temperature resistant. The equipment surface and welding points are carefully polished and polished to prevent powder hanging during the screening process, making it convenient for cleaning and disinfection.

2. Fine screening: The single-layer sieve can complete 400 mesh fine screening, meeting the screening processing capacity of a large output of 10 tons.

3. Structural sealing, cleanliness and hygiene: To ensure the hygiene of raw materials, the stainless steel linear vibrating screen adopts two measures: dust cover and sealant strip to ensure the sealing of the equipment, avoiding multiple materials in the same workshop from polluting each other and affecting the production process.

4. Complete models and support customization: DZSF models with different lengths, widths, and heights can be customized according to user needs.

Stainless steel linear vibrating screen is a rectangular vibrating screen made of stainless steel material. Commonly used stainless steel materials include 304, 304L, 316, 316L, etc. They all have the characteristics of anti-corrosion, rust prevention, and high temperature resistance. They are widely used in industries such as food, medicine, chemical industry, etc. They are suitable for screening, grading, and impurity removal of powder and granular materials. For solid-liquid mixtures, they can be coarse filtered, and are a type with large processing capacity Lightweight screening equipment with high screening efficiency.

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.