The SSPF smart row plate filter press is a fast opening and closing plate filter press which mainly consists of the electrical control system, hydraulic control system and the main engine. When the equipment is in operation, the mechanical transmission mechanism drives the hydraulic cylinder and drags it to reach the designated position. After the hydraulic cylinder is locked by the locking device, the hydraulic cylinder protrudes and the filter plates of the filter press are pressed tightly to form a filter chamber between the adjacent filter plates, with peripheries sealed. The materials enter each filter chamber from the feeding hole through the feeding pump at a certain pressure. The solid-liquid separation is achieved by the pressure difference formed between the two sides of the filter medium by the feeding pressure of the feeding pump.
Low product water content: the final moisture of the material can be less than 6%. In filtering the flotation fine tailings of copper, lead, zinc, silver, antimony, molybdenum, phosphorus and gold etc, the economic moisture content can be < 10%.
High production capacity: Under the same conditions its capacity per unit area is 5-10 times that of ordinary chamber press filters or plate and frame press filters. The maximum production capacity is to process 10,000 tons of dry slag per day, saving users a lot of land acquisition, plant and infrastructure investment.
Simple structure, long service life: The thrust plate, pressure plate, main beam and cross beam in normal use are all guaranteed not to break for 5 years.
Adaptability. It has operating examples in high altitude (4700m), low concentration (feeding concentration 15%) and fine particles (-400 mesh accounts for 95%), in which the filter cake moisture content is still <10%.
Smart Control: Through the PLC+ touch screen intelligent control, a single operation cycle (from pressing the filter plates, feeding, pipe cleaning, squeezing, drying and pulling to discharging) is auto-completed with a single button, which greatly reduces labor intensity.