The processing capacity of a disc vacuum filter varies depending on the model and process parameters, primarily depending on the number of filter discs, filter disc size, and degree of automation. The following is a detailed description: Laboratory Model: Laboratory disc vacuum filters have a filter disc diameter of 260 mm and are suitable for processing slurries with a particle size of 0-0.8 mm. 1 Industrial Model: ZPG Series: Processing capacity reaches 0.25-0.7 tons/hour/square meter, suitable for processing materials such as concentrates, tailings, and quartz sand. 2 3 PG Series: Processing capacity is further enhanced through improved air distribution ratios and back-blowing unloading technology. 1 4 Core Parameters: Voltage: 380V Motor Power: 1.5kW Effective Filtration Area: 20 square meters 1 4 Automation Upgrade: Some models are equipped with solenoid valve control for automatic drainage and liquid level protection, further optimizing processing efficiency.
A disc filter is a continuous vacuum filtration device used to filter slurries in phosphoric acid production, separating them from phosphogypsum. It is also used in metallurgy, light industry, defense, and other industries. It is driven by a motor via a V-belt, a circular worm gear reducer, and a pair of star wheels meshing with a blunt-toothed pinion gear on a circular turntable to drive the horizontal rotation of the circular turntable. Mounted on the turntable are several trapezoidal vacuum filter discs with U-shaped tubes. These discs are constructed entirely of high-grade, acid-resistant stainless steel. These discs are connected to a centrally mounted distributor head, which rotates synchronously with the turntable, via acid-resistant rubber tubing. The distributor head is constructed of acid-resistant stainless steel castings and features a suction pipe at its base for connection to a vacuum system. Each filter disc completes a cycle of primary filtration, primary washing, secondary washing (including acid absorption), disc flipping for backwashing, filter cloth rinsing, and suction and reset. The filter disc flipping is accomplished by V-shaped forks and rollers mounted on the filter disc shaft, which operate along a curved gu
