Description:
Ceramic filter plates, also known as ceramic filter membranes, ceramic plates, ceramic plates, filter plates, etc., It is the core component of the ceramic filter and is a new type of porous functional ceramic material. Its interior is covered with criss-crossing and interconnected capillary pores (about 1 to 10 microns in diameter). They are the channels for the filtrate (water). This component is called the plate base.
Main features:
1. The filtration accuracy covers fine filtration, microfiltration, ultrafiltration, nanofiltration, and reverse osmosis;
2. High mechanical strength, stable chemical properties, good wear resistance, low resistance, anti-clogging, and easy recoil;
3. High efficiency, high yield, and uniform and stable filtration aperture.
Technical parameters:
Filtration flux (clean water pressure 0.1Mpa): | 800-1000L·centipoise/h·m2 | |
Air pressure backwash test pressure (wet state): | ≥0.1Mpa | |
Operation backwash pressure: | ≤0.1Mpa | |
Ultrasonic combined chemical cleaning pressure: | ≤0.1Mpa | |
Assembly precision: | Parallelism with the plate membrane surface: | ±0.1mm |
Height with the plate membrane surface: | 8mm±0.1mm | |
Disc precision: | Assembly hole midpoint and diagonal error: | ≤2mm |
Error between each plate: | 3mm±1mm | |
Filter membrane wear resistance time: (Not damaged by scrapers or other hard objects) | ≥7000h | |
Porosity: | ≥42% | |
Flexural strength: | ≥30Mpa |
Application:
Ceramic filter plates have been widely used in the filtration and dehydration of mine concentrates such as iron ore, zinc ore, sulfur ore, copper ore, nickel ore, and non-metallic ore, as well as solid-liquid separation in industries such as coal, fine chemicals, papermaking, pharmaceuticals, chemical fiber, food, and environmental protection.