Ceramic Disc Filter Plate
Main function and features Ceramic disc filter plate Certificate &Factory Our company has always adhere to the "quality first, reputation first" business philosophy, and always implement the "pioneering and innovative, enterprising climbing" spirit of enterprise. Our...Send Inquiry
Main function and features
Ceramic disc filter plate
Our company has always adhere to the "quality first, reputation first" business philosophy, and always implement the "pioneering and innovative, enterprising climbing" spirit of enterprise. Our company will adhere to the scientific enterprise strategy as in the past, the introduction of a wide range of talents, accelerating product innovation, enhance the core competitiveness of enterprises.
SHENKE sincerely look forward to working with you hand in hand, and create brilliant tomorrow!
Ceramic plates, a kind of energy-saving filer media. It is important wear part of ceramic vacuum filter.
(1) scores of various formulas are available,which will for sure fully meet requirements of customers for filtration.
(2) Our unique regenerative technology will ensure recycling of the ceramic filter plates we produce,which will reduce customers’ running cost consequently.
The main features of ceramic filter plate are as follows:
1, the filtering precision covers fine filtration, microfiltration and ultrafiltration, nanofiltration and reverse osmosis;
2, high mechanical strength, stable chemical properties, good wear resistance, small resistance, anti blocking, easy recoil;
3, high efficiency, high yield, stable and uniform pore size.
Microporous ceramic filter plate with inorganic membrane materials, membrane technology in China is the new industry breakthrough, composite porous ceramic filter plate with uniform pore size and pore is the white corundum, silicon carbide, Zong Gangyu matrix, then coated with ultra fine microporous membrane surface, after two times after firing, combined with double ceramic filter membrane surface fan plate, surface pore size of 0.1 to 5 microns, composed of numerous micropores evenly distributed.