Nanjing Ceramic Membrane Equipment Supplier - Compact, Precision High-Efficiency Filtration - Customizable Support

Ceramic membrane elements are made by high-temperature sintering of nano-powder materials such as alumina, titania, and zirconia, forming a dense ceramic filter material with a porous structure. Its porous support layer is asymmetrically distributed, with filtration precision covering microfiltration and ultrafiltration. The design process employs a "crossflow filtration" fluid separation technology.

Ceramic membranes are micro-porous ceramic filter elements prepared from corundum raw materials of different particle sizes through special processes, with filtration precision ranging from0.5μm to 30μm. High-strength microporous ceramic membrane filter elements and equipment made of corundum can filter various brands of gasoline, and are currently widely used in oilfield oil production operations and automotive engines.

Micro-porous ceramic membrane filter elements feature high temperature resistance, high pressure resistance, chemical corrosion resistance, anti-aging, high mechanical strength, simple regeneration, and long service life. They are suitable for special environments with high temperatures, high pressures, and strong corrosiveness.

Application Fields:

1. Food industry, beverage industry, deep processing of tea

2. Plant extracts and fruit and vegetable juice processing

3. Production, traditional Chinese medicine extraction;

4. Deep processing of agricultural products, deep processing of water (sea) products.

5. Production of biopharmaceuticals, biological fermentation, amino acid fermentation broths, nucleic acid fermentation broths, etc.

6. Fine chemicals, chemical synthesis industry, pharmaceuticals, chemical intermediates;

7. Water treatment industry, environmental engineering, etc.

Nanjing Ceramic Membrane Equipment Supplier - Compact Space - Precise and Efficient Filtration - Customizable Support

Features of ceramic membrane equipment:

1. Excellent chemical stability, resistant to acids, alkalis, and organic solvents.

2. High mechanical strength, reversible flushing, and excellent regeneration performance.

3. Strong antimicrobial properties; high heat resistance.

4. Narrow aperture distribution, high separation efficiency。