Conventional FILTER PRESSES are limited to using feed pump discharge pressure to produce dry solids, resulting in longer cycle times. The membrane squeeze plate reduces the long cycle time by introducing a squeeze medium of the membrane squeeze plate. This allows the membranes to flex against the cake, compressing and packing it. Filtration cycle are shorter, dry solids are increased, and waste volume is reduced. The membrane is designed to dewater the most difficult Cake and protect the Filter plates against cake less chambers. The high pressure membranes are developed for difficult filtration processes. Extreme squeeze pressures are possible due to the combination of the special feed inlet design and selected special materials.

Conventional FILTER PRESSES are limited to using feed pump discharge pressure to produce dry solids, resulting in longer cycle times. The membrane squeeze plate reduces the long cycle time by introducing a squeeze medium of the membrane squeeze plate. This allows the membranes to flex against the cake, compressing and packing it. Filtration cycle are shorter, dry solids are increased, and waste volume is reduced. The membrane is designed to dewater the most difficult Cake and protect the Filter plates against cake less chambers. The high pressure membranes are developed for difficult filtration processes. Extreme squeeze pressures are possible due to the combination of the special feed inlet design and selected special materials.