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Models : Fully Automatic Filter Cloth Walking Filter Press
Control : PLC
Plate Shifting : Automatic
The core innovation of the fully automatic filter cloth walking filter press lies in its unique filter cloth movement mechanism. The equipment drives the filter cloth to perform continuous circular movement on the surface of the filter plate through a motor-driven system, realizing the integrated operation of filtration, unloading, cleaning and other processes. This design not only improves the automation level of the equipment, but also greatly shortens the working cycle and reduces labor costs and maintenance workload.
The fully automatic filter cloth walking filter press adopts a modular design concept, and its main body is composed of filter plates, filter frames, hydraulic system and transmission device. The filter plates are usually of chamber type or diaphragm type structure. The chamber type filter plate forms a filter chamber through grooves, which is suitable for conventional materials; the diaphragm type filter plate has a built-in rubber membrane, which can perform secondary extrusion to improve the dryness of the filter cake.
The overall structure of the equipment mainly includes the following parts:
The basic structure of the equipment is mainly composed of upper pressure plate, lower pressure plate, filter plate group, piston rod, hydraulic cylinder, hydraulic valve, frame and control cabinet. The overall design is compact with a small floor area, which is especially suitable for production sites with limited space.
As an efficient and automatic solid-liquid separation equipment, the fully automatic filter cloth walking filter press mainly solves the pain points of traditional filter presses such as cumbersome unloading, low efficiency and high labor cost. It focuses on automation, low energy consumption and easy maintenance, adapts to mid-to-high-end industrial solid-liquid separation needs, balances processing efficiency and filter cake quality, and can realize 24-hour unattended operation. It has a wide range of application scenarios, mainly concentrated in the chemical industry (solid-liquid separation of dyes and intermediates), mining and metallurgy industry (concentrate dehydration, tailings treatment), environmental protection and water treatment industry (urban sludge, industrial wastewater and waste residue dehydration), and is also suitable for food, pharmaceutical industry (material purification, sterile filtration) and papermaking, printing and dyeing and other fields. It is especially suitable for production scenarios with high requirements on unloading efficiency, automation level and filter cake moisture content.
