Description of Ceramic Cross Partition Rings

Ceramic Cross Partition Ring, its shape is in the middle of Ceramic Raschig Ring adds cross partition, thus expanding the specific surface area, increasing the compressive strength, reducing the pressure drop, reducing channeling and wall flow, and strengthening the mass transfer efficiency. Xintao Ceramic Cross Partition Ring, can resist to corrosion of various inorganic acids, organic acids and organic solvents except hydrofluoric acid, and can be used in high or low temperature conditions. 

Ceramic Cross Partition Rings are available to the order of sizes: 2" (50 mm), 3" (80 mm), 4" (100 mm), 5" (120 mm), 6" (150 mm).

Application of Ceramic Cross Partition Rings

Ceramic rings with partition are used in the chemical, metallurgical and processing industries, in sewage treatment systems and in the production of mineral fertilizers. 

Cross-shaped rings are used for various purposes: to increase the contact of the environment in the reaction columns containing gas-liquid and liquid phases; for cleaning phases from components absorbed by a liquid; in oil refining processes – for separation of a phase into fractions by a heating method at various temperatures; in separation columns – to isolate gas compounds dissolved in a liquid. 

Features of Ceramic Packing

Ceramic Random Column Packing is highly suitable for the conditions of higher temperature and lower temperature and can be much more resistant to all kinds of organic acid, inorganic acid and solutions except for the hydrofluoric acid than metal packing. Ceramic surface of ceramic packing can generate extremely thin film on its coarse surface, which can promote mixing of liquid and vapor and generate little pressure drop at the same time. The unique surface of ceramic packing could promote wetting and keep liquid hold-up to a minimum. So, chance for the system to be overheated, polymerize and coke could be minimized. These column ceramic packings typically find their application in processes requiring high temperature and chemical corrosion resistance. 

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