ELECTRO FLUX Gyratory screen motion is the most effective method for screening. It is reliable and economical continuous process equipment, which provide solution to variety of needs of screening, sifting, classification, grading oversize or undersize removal de-dusting, de-watering, de-lumping ,fiber recovery, filtration, pre-filtration, scalping etc., Vibro screen are driven by a special type of vertically mounted heavy duty Energy efficiency Motor eccentric at the upper & lower end of the shaft.

Rotation of Unbalanced top weight causes vibration in Horizontal plane whereas the rotation of lower weight causes tilt & vibrations in vertical plane. By changing their lead angle, various spiral screening patterns are obtained to suit different application.

Anti-Blinding Devices:
Ball Tray Anti-Blinding Device: Ball tray utilizes the multi-plane inertial vibration of the screener and bouncing elastomeric balls to prevent screen blinding.

The device consists of two screens spaced sufficiently apart to allow captive elastomeric balls to bounce between the upper "operating" screen and the lower coarse-mesh "ball screen" for the purpose of dislodging near-size, dry materials lodged in the apertures of the upper screen.

Ring Tray Screen, Anti-Blinding Device Screen Rings are effective at preventing fibrous, stringy and sticky materials from blinding the screen.

Multi-plane inertial vibration of the screener causes plastic rings to move continuously across a perforated stainless steel plate, shearing fibers and scraping away gummy materials. Because they are hollow, the rings promote product flow over the entire screen surface, maximizing screening efficiency.

Advantages :   Low power consumption   Varied range of application   High processing rate per unit area of screen   Accurate separation   Minimum screen building   Screening up to 200 mesh   Ball tray for anti blinding   Multi-deck arrangements upto Seven decks.

Applications :   Food Industry   Chemical industry   Pharmaceuticals   Ceramics   Plastics   Abrasives

Factors Determine Screening Capacity :
Material Size, Bulk density of the material Nature of material, Moisture contamination, flow in temperature, type of feeding, etc.,