Vibrating hoppers - Import export

AViTEQ Vibrating table can be used both for compression and also for loosening bulk material. Typical applications are compacting of e.g. concrete mixes or the unstick/knock out of molds. There are two different approaches: The load to be vibrated, is set loosly on the table or firmly clamped to the vibrating device. Advantages & benefits variable, can be used for different tasks easy to regulate with magnetic vibrator Construction Compact design, with attached magnetic vibrator/s or unbalanced motors below the tabletop. Selection The sizing depends on: bulk material, such as bulk density, particle shape and internal friction the properties of the container, such as height, stiffness and sidewall Key figures length: up to 4,000 mm width: up to 2,000 mm payloads: up to 3,000 kg drive: magnetic vibrator, unbalanced motor, exciter

AViTEQ Hopper impact vibrators/bin activators errect bunker walls by periodic oscillations in shock and so the friction between the bulk and bunker wall (caking). They are just for knocking out of forms, for shaking of chutes and downpipes, for better emptying of containers and bulk materials from adhering to solve, for example in filters. The most common activators are unbalanced motors and magnetic vibrators. For special and heavy demands, there are impact vibrators available. Advantages & benefits magnetic impact vibrators excite the bunker walls with aligned linear oscillations. They have no "run out" and respond immediately after switching; the vibrational intensity can be adjusted at the control unit unbalanced motors have a rotating direction of force, they put the bunker wall in uniform, universally effective vibration large vibratory force at small dimensions robust and undemanding Construction In certain cases, a single drive can already act as an activator. If there i

SAVEOMAT P is a funnel weigher specialized for the blockage-free feeding of powder with a maximum chalk content of up to 20%. Thanks to the optimal hopper geometry, an enlarged inlet, turbine vibrators at the hopper inlet and the storage hopper outlet, material deposits and bridging are avoided. This ensures a stable production flow and a constant material flow with a consistent minimum weight per meter. Other advantages/features: — Special hopper geometry for optimum flow behavior of powder with up to 20% chalk content — Blockage-free feeding of easily sticking material — Dust and moisture proof — Compensation of bulk density fluctuations — Enlarged weigher inlet and outlet