Choose shaftless screw conveyor for sludge transportation! The conveyor is suitable for conveying viscous and easily entangled materials, without blocking materials, long-distance transportation, and good environmental protection performance.

So how do you choose the model of vibrating screen equipment if you want to siev the 40-60 mesh rubber powder? Following up our previous successful case analysis, there are relatively more choices of linear vibrating screens. Let's take a look at the advantages of linear vibrating screens in screening 40-60 mesh rubber powder.

The circular vibrating screen equipment is mostly used for production lines of copper ore, iron ore, aluminum ore, coal mine, gold mine and other mines. The big feature of the circular vibrating screen is that it can screen all raw materials and distribute them evenly.

DAYONG Vibrating Screen adopts energy-saving vibration motor, which is supported and isolated by vibration damping spring. The screen mesh of the Vibrating screen has a large tilt angle, which makes the screening effect more prominent. It can screen dry, wet, fine, rough, heavy, light, 0-300 meshes, and can filter liquid, slurry, 0-400 meshes.

The transducer of ultrasonic vibrating screen sometimes has different kinds of problems. One of the piezoelectric transducers is formed by gland, piezoelectric ceramic, electrode piece, radiation head, pre-stressed screw and insulating sleeve, which makes the screen from the previous mechanical vibration to ultrasonic vibration, so that the separation is more thorough, symmetrical and fast, especially suitable for screening fine powder materials.

DAYONG Vibrating Screen could process the casting sand shale shaker is 2-200 mesh quartz sand shale shaker. This series of linear screen is driven by double vibration motors, and works by the principle of vibration excitation by vibration motors. When two motors rotate synchronously and reversely, the vibration forces generated by the eccentric blocks cancel each other in the direction parallel to the motor axis, and stack into a resultant force in the direction perpendicular to the motor axis, so the motion track of the screen machine is a straight line. The two motor shafts have an inclination angle in the vertical direction relative to the screen surface. Under the combined action of the vibration force and the material gravity, the material is thrown up on the screen surface to jump forward in a straight line motion, so as to reasonably match the screen mesh to achieve the purpose of screening. This is the actual working principle of the linear vibrating screen.