Ceramic filter plates are installed on vacuum ceramic filter machines and are mainly used for concentrate filtration and tailings dewatering.
Ceramic filter plates follow technical requirements such as low moisture content, strong renewability and long service life in actual application. Based on the above requirements, in the design stage of ceramic filter plates, the main aspects are reflected in the uniformity of the surface structure of the ceramic plate filter plate, the layout of the internal waterways, permeability, structural strength, installation flatness, pressure resistance strength and other related technical parameters.
At present, the production of ceramic filter plates at home and abroad mainly focuses on two production modes: integral molding and bonded plates.
The integral forming process is divided into casting forming and machine pressing forming. Among these processes, integral pouring molding stands out for its numerous advantages.
ceramic filter plates type
This ceramic filter plate special designed for CC filters and Roxia CD filter.
This ceramic filter plate suitable for the many vacuum ceramic filters.
This ceramic filter plate is custom-designed for delivery to Brazil
Integral pouring molding is a cutting-edge technology in the manufacturing of ceramic filter plates. This process involves pouring ceramic slurry into a mold in one piece, allowing for a uniform and dense structure of the plate. this process has the following advantages: multiple waterways, waterway are intricately connected , 80% of the plate is waterway, and it has technical advantages such as high pressure resistance strength and long service life. This method ensures high structural strength and resistance to corrosion, making it the preferred choice for many manufacturers.
In contrast, machine pressing molding involves pressing ceramic powder into a mold using a machine. While this method is efficient, it may result in uneven distribution of materials and lower structural integrity compared to integral pouring molding. On the other hand, refractory mud bonding molding relies on bonding ceramic pieces together using refractory mud, which may lead to weaker bonds and reduced durability.
Overall, integral pouring molding is superior in producing high-quality vacuum ceramic filter plates with uniform structure, high strength, and excellent performance. Manufacturers are increasingly adopting this advanced manufacturing process to meet the growing demand for quality filter plates in various industries.
In conclusion, the integral pouring molding process has revolutionized the production of vacuum ceramic filter plates, offering superior quality and performance. With its numerous advantages, this method is set to shape the future of ceramic filter plate manufacturing and drive innovation in the industry.
