Filter Press Technology is a well-established solution in various industries including mining, chemicals, and wastewater treatment. Recently however, it has garnered considerable attention from the electronics manufacturing sector.

In electronics manufacturing, advanced press technology is primarily utilized to remove and detach the suspended solids from water-based solutions and slurries that contain heavy metals such as lead, copper, nickel, and cadmium, all of which are frequently used in circuit board assembly and other processes.

The advanced press filter machine technology involves pumping a slurry or solution into a chamber that contains a series of filter plates. Each filter plate has recessed areas that create a multitude of tiny pockets when the plates are closed. A significant amount of strength is then applied to force the liquid out of the pockets and retain the solids. Once the pressure has been applied for a fixed amount of time, the filter plates are opened and the now dry cake of solids is removed from the pockets.

This technology holds significant benefits for the electronics manufacturing sector. One of the key advantages of filter press technology is its high solid content dewatering capabilities. it can easily handle highly contaminated wastewater streams with very concentrated concentrations of waste. By utilizing the filter press technology to separate the solids from the liquid in these streams, electronics manufacturers can reduce wastewater disposal costs, cut back on the amount of water used for cleaning, and comply more easily with ever tough environmental and government regulations.

Another advantage of advanced press technology is its ability to handle diverse solid loads. This means that the system can accommodate a range of sizes making it suitable for use with different types of slurries and solutions. This aspect increases the flexibility of the system and allows electronics manufacturers to rely on pressure-based separation technology as a single, flexible solution across various manufacturing processes.

With the growing importance of sustainability and meeting environmental regulations in the electronics manufacturing industry, the adoption of pressure-based separation technology for solid content dewatering holds enormous potential for saving resources, reducing costs, and improving operational efficiency.