Product Description

Tumbler screen machine is a kind of inertialequipment with mature technology and classical application.Its new design Philosophy and unique structure making it the closest manual screen machine.

Parameter       

Working Principle

Because of the motion trajectory of the griddle box, the Tumbler screen machine is also called compound circle screen. The vibration force produced by the drive system is a kind of inertia force which is circling the dead axle and changing regularly. Intrinsically, it is a kind of centrifugal force given by the eccentricity mass circling around the dead axle. The sieve is ususlly installed horizontally or with tiny angle(0°-5°). The principle is:when you start the machine, the vibrating part ---the screen box takes circling motion under the influence of the vibrating force.The screen box drive the sieve to take circling motion periodicity,so the material on screen surface take bounce motion, meanwhile, the material less than the aperture drop to the next deck,and the oversize are discharged by the outlet.Finally ,the screening work is completed. From the aspect of its structure and working principle, the exciter can circumgyrate in two ways according to the motion of the material, uniformily or contrarily. As a result ,we'd better make a choice between throughput and efficiency according to our practical demand.

Applicable Industries

The Tumbler sieve machine is particularly used to classify small materiels and fine powder according to its unique structure and working principle. It is not only apply to dry sieving, but also wet sieving.Widely used in various industries.

1.Chemical industry: resin, pigment, cosmetic, coatings, Chinese medicine powde.
2.Food industry: sugar powder, starch, salt, rice noodle, milk powder, egg powder, sauce.
3.Metallurgy, Mine industry: aluminum powered, copper powder, ore alloy powder, welding rod powder.
4.Medicinal industry: all kinds of medicine.
5.Waste treatment: disposed oil, disposed water, disposed dye waste water, active carbon.

Actual pictures



Working pictures