Ceramic fillers have excellent acid resistance and heat resistance, and are resistant to corrosion by various inorganic acids, organic acids and organic solvents except hydrofluoric acid. They are suitable for various high, low temperature and corrosive occasions. Drying towers, absorption towers, cooling towers, regeneration towers, etc. in metallurgy, gas, oxygen production and other industries.
Ceramic random packings include Raschig rings, cross diaphragm rings, Pall rings, iso-saddle rings, stepped rings, conjugate rings, three-branch rings, multi-saddle rings and their combined rings, etc.
Ceramic corrugated packing has the advantages of large specific surface area, large flux, small resistance, high efficiency, corrosion resistance, high temperature resistance (up to 1000 ℃ or more), large operating flexibility, and insignificant amplification effect. It is especially suitable for separation processes such as distillation and absorption of high-temperature corrosive materials that have strict requirements on pressure drop and theoretical plate number.
|Specification mm||diameter x height x thickness mm||Specific surface area m/m3||Void %||Bulk density kg/m3||Stack pcs/m3||Dry Filler Factor^-1|
|Compressive strength N/mm||≥4.4|
|Temperature resistance ℃||≥1000|
|Acid resistance %||>99.8|
|Product Implementation Standards||GB/T 18749-2008 "Technical Conditions for Chemical Corrosion Resistant Ceramic Tower Packing"|
|Excellent performance||Porcelain is compact and uniform in color;
High mechanical strength, resistance to pressure shock;
Good thermal shock resistance, no damage to handling;
Large ventilation volume, large specific surface, low resistance, and reduced pressure
|Applications||Widely used in drying towers, absorption towers, cooling towers, washing towers, regeneration towers, etc. in chemical, metallurgy, gas, environmental protection and other industries.|
|Packaging||Big bags, cartons, wooden boxes|
|Warranty method||Provide technical advice during the product use period|