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Standard

Horizontal Plate Filter

Reverse flow

Horizontal Plate Filter

Reverse Flow path for cleaner, zero-heel results

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A second critical feature of this design is that every part of every plate disassembles, or is welded together from both sides. Together these two features permit maximum sanitary operation and cleaning. All target filtrate remains within the cartridge, leaving the vessel perfectly clean from one cycle to the next. This means the vessel, itself, requires no cleaning between cycles. The cartridge is designed for clean-ability. 

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A third difference, but not a feature, between the Reverse Flow and Standard Horizontal Filter Plate is that the scavenger plate option is neither available nor an advantage to the Reverse Flow in the way that it is to the Standard HPF. Since the residual filtrate retained in the cartridge is of significantly less volume than that retained in the tank, there is no significant benefit to forcing it through a scavenger plate. 

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Click here to download the Reverse Flow Horizontal Filter Plate Sell Sheet. 

Sanitary horizontal leaf polishing pressure vessel filter

The flow path through the Standard Horizontal Plate Filter enters into the vessel until pressure becomes sufficient to drive the filtrate down through the medium, onto the surface of the bottom side of each plate, out through each plate’s center ring, and down through the column created by the set of stacked center rings. Shown in the illustration to the right.

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Zero heel, polish filter, self cleaning horizontal leaf

The flow path of the Reverse Flow Horizontal Plate Filter is the reverse. Filtrate first flows into the center column via an inlet at the bottom of the filter. From there it flows through holes cut in the center rings onto the topside of the filter plates. It then flows through the medium supported by the top plate, and out through holes punched through the rings that form the outside diameter of the plates, and into the tank. From there it flows out through an outlet placed eccentric to the inlet. Shown in the illustration to the left.

Water Drop.jpg
Water Drop.jpg
Water Drop.jpg
Water Drop.jpg
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