Owing to our consistent performance in the industrial magnetic industry, we have been able to carve a niche in the market and reckoned as one of the foremost manufacturers of Tumbler Screen.Our offered screens contain an electromagnet enclosed in a full enclosure to prevent from dust. These screens are generally used to grade materials into small particle sizes.Our offered Tumbler Screen is well accepted in the market for its attributes like rugged construction and impeccable performance.Products Features:
Features Of Tumbler Screen:
Application Of Tumbler Screen:
1.Chemical industry: Chinese medicine power, resin, pigment, industrial medicine, cosmetic, coatings.
2.Food industry: egg powder, sauce, syrup, sugar powder, starch, salt, rice noodles, milk powder, soybean milk.
3.Metal, metallurgy mining industry: aluminum powder, ceruse, copper powder, mineral compound powder, welding bar powder, dioxide manganese, electrolyse copper powder, lithium battery materials, rubbing powder, flame resistant material, kaolin, lime, alumina, overwhelming calcium carbonate, quartz. Social contamination disposed; disposed oil, contaminated water, disposed color waste water, active carbon, collaborator cleanser.
1. Basic rotary motion is like hand screening .The eccentricity is flexible from 25 to 40mm, low-speed V-belt drive is customizable from 120 to 360rpm
2. Every item' stay time can be balanced in an outspread and distracting edge ,towards the drive hub.
3. Accordingly, setting up the level and tossing three-dimensional moving development, materials are equally scattered on the whole strainer surface from the middle to the external edge, and along these lines spread towards the pivot by winding development. All small particles are then completed in the entire sieving process.
4. The vertical and horizontal speeding up are expanded with the development of the particles, and afterward the particles which are near cross section size will be effectively isolated; The bigger particles are transported to the way out, the stream can be controlled by a managed oriented device at the way out, the oriented device is another element which controls the abide time of the materials.
5. The same procedure is repeated in each and every layer.