Q235A Carbon Steel Rotary Vibrating Screen Is Used For Resin And Coating Screening In The Chemical Industry

Brief Introduction:

Any particles, powders and mucus within a certain range can be screened by the rotary vibrating screen. The minimum sieving is 1000 mesh or 0.002mm, and the minimum filtering is 2 microns. Graded screening, one to five layers of screens can be screened, and two to six levels of sorting or filtration can be carried out at the same time. Screened impurities and coarse materials are automatically discharged and can be operated continuously.

Structure and working principle:

The fundamental principle of Industrial rotary vibrating screen sieve is that the eccentric hammers installed on the top and bottom ends of motor changes the rotation motion of motor to horizontal, vertical and inclined three-dimensional motions, and then passes this motion to screen surface, achieving the purpose of classification, filtering and removal of impurities.

Application industries of rotary vibrating screen:

Chemical Industry: colophony, dope, industry leechdom, cosmetic, paint

Grinding materials & china industry: alumina, quartz, slurry, kaolin, carborundum, sprayer dust.

Food Industry: sugar, rice powder, milk powder, soybean milk, angel cake, sauce, juice.

Paper Making Industry: dope, white soil slurry, black and white liquid, disposed liquid, paper-making liquid and waste water recycling.

Metallurgy& Mining Industry: aluminum powder, ceruse, copper powder, ore alloy powder, welding rod powder, dioxide manganese, electrolyze copper powder, electromagnetic material, rubbing powder, fire-proof material, kaolin, lime, heavy calcium carbonate.

Technical Parameters:

Q: What information do I need to provide for getting an accurate quotation for Industrial rotary vibrating screen sieve?

1. Material's name, bulk density, and water content?

2. Capacity you required per hour? (kg/h)

3. What's the purpose for our machine? Filtering, removing impurities or classification?

4. How many layers do you need?

5. The mesh size for each layer you need?

6. Voltage and frequency?