To optimally separate waste by sort and size from a single stream or a complex mix of materials is a challenge. Part of the installation for sorting and screening waste is a linear motion vibrating screen, also called a horizontal screen.
AVITEQ VIBRATIONSTECHNIK GMBH
Germany
AViTEQ Dewatering screens are designed as linear vibrating devises for drainage of sand, plastic granules, kieserite, limestone, etc., even to depart insoluble contaminants from wash water or carrier liquids. Advantages & benefits double, specific screening performance of linear vibration with respect to flat screening easy replacement of screen decks low height Construction The design of the screen, depending on the requirements, in single or multi-deck construction. Possible drives are magnetic vibrators, unbalanced motors, exciters and circular vibrators. Dewatering screens are generally designed with top-mounted drives. Selection The sizing depends on: the material to be drained properties of the bulk material, such as bulk density, grain shape, size, size distinction Key figures The dimensions are determined by the task. Previously executed dimensions: length: up to 5,000 mm width: up to 2,800 mm throughput: up to 200 m³/h drives: magnetic vibrator, unbalanced motor, exci
PACKAGING SLOVENIA, KADROVIK D.O.O.
Slovenia
Widely used in the pharmaceutical, chemical, food and other industries for the classification of dry powder material size.The vibrating sieving machine is a high-precision fine powder vibrating sieving machine. The whole machine is made of stainless steel, and the grid frame is a double-layer mesh structure. According to the shape and structure, some customers call it a round screen. The device uses a vertical motor as the excitation source. The upper and lower ends of the motor are equipped with eccentric weights. By adjusting the phase angle between the eccentric weights at both ends of the vibration motor, the rotation of the motor is transformed into horizontal, vertical, and horizontal. The tilted three-dimensional movement, and then this movement is transmitted to the screen surface. Adjusting the phase angle of the upper and lower ends can change the trajectory of the material on the screen surface.