Ceramic Random Packing

Ceramic pall ring tower packing in adsorbing columns Supply Ability Supply Ability: 10000 Cubic Meter/Cubic Meters per Year Packaging & Delivery Packaging Details carton box,Jumbo bag,palletized + in plastic wrapped Port :Shanghai&tianjin Ceramic pall ring tower packing in adsorbing columns Model: Ceramic Pall Ring Shape: Ring Color: Light Grey Chemical composition SiO2 Al2O3 Fe2O3 CaO K2O+Na2O >70% 17-23%

Ceramic Random Packing Ceramic Intalox Saddle Rings For Drying Towers Ceramic Intalox saddle rings (Ceramic Saddles ) are most frequently used high-performance packing and exhibit advantages for most applications in comparison with other shapes. Their smooth surface imparts a high chemical resistance and provides Ceramic Intalox saddle rings (Ceramic Saddles ) with a high level of stability. Due to their simple form, ceramic saddles can be produced at a relatively low cost.

Natural Gas Reaction Tower Ceramic Inert Balls With Excellent Thermal Properties Ceramic Inert Balls are widely used in many different applications. The main components of the raw material of the are SiO293%. The predominant qualities of the catalyst bed support media are its low pressure drop, excellent compressive strength and good resistance to thermal shock. Inert Alumina Ball(Al2O3>99%) spheres are characterized by their low silica content (SiO2 < 0.2%). The high degree

Ceramic Raschig Ring is common regular packing that they are still used for refilling existing columns and other applications. Its surface ratio is higher than ceramic cylinders and balls by 30% and its ring shape has high mechanical stability. It is the first development of a random packing. Simple shape, it is the same height and diameter of the ring. Raschig rings large size (≥100mm) are structurally

Ceramic Cascade Mini Ring high-performance random packings provide significant capacity advantages and lower pressure drop than other random packings. These high-performance random packings have consistently demonstrated capacity improvements of up to 15% in a variety of applications without loss of efficiency. Superior mechanical integrity allows processors to specify deep beds without packing deformation

Ceramic Random Packing High Temperature Resistant Ceramic Raschig Ring For Tower Packing Ceramic Raschig Ring is common regular packing that they are still used for refilling existing columns and other applications. Its surface ratio is higher than ceramic cylinders and balls by 30% and its ring shape has high mechanical stability. It is the first development of a random packing. Simple shape, it is the same height and diameter of the ring. Raschig rings large size (≥100mm)

Industry Ceramic Cascade Rings random packing in absorbing tower Ceramic cascade ring has great advantage of acid and heat resistance which can stand most of organic and inorganic acid except HF. Application: It coud be used in various high temperature and frost environment,widely applied in drying towers,absorption towers,cooling towers and regenerating towers as the chemical packing catalyst.Such as the chemical industry,smelting industry,coal gas industry and oxygen

Ceramic Random Packing Ceramic Cascade Mini Ring Ceramic Cascade Mini Ring Low Aspect Ratio (1/3 to 1/2 of H/D)- Key to Highest Performance for Mass Transfer. Cascade Mini Ring is the successful third-generation random packing. Since its introduction, CMR random packing has been utilized in a wide variety of distillation, absorption and stripping columns around the world. The superior performance of CMR random packing has been shown in thousands of successful installations.

Ceramic Random Packing Ceramic Raschig Ring For Tower Packing Ceramic Raschig rings, Simple shape, it is the same height and diameter of the ring. Raschig rings large size (≥100mm) are structurally packed in the column, for small size

Ceramic Random Packing Ceramic Cross Partition Ring With Excellent Acid Resistant Properties We bring forth Cross Partition Ring, which is an improved design over the basic raschig ring. The improved element is a cross partition in the raschig ring. This structure of these rings is helpful in enlarging the surface and improving efficiency of transfers. Moreover, the large size of these rings can only be used in structured packing. In the current form, Cross Partition Rings

Ceramic Random Packing Ceramic Pall ring Ceramic Pall ring As one of the most common and well known tower packings, Ceramic Pall Ring is already an industry standard design media developed from the Raschig Ring and is used widely in all variety of applications. After improving, it opens two rows of window holes with inner tongue sheet on wall of ring. This new structure improves distribution of gas and liquid, adopting inner surface of ring sufficiently. Compared to Rasching

Ceramic Super saddles(equivalent to Koch-Glitsch SUPER INTALOX SADDLES) are the most frequently used high-performance packing which exhibit advantages for most applications in comparison with other packing of different shapes. Ceramic super saddles' smooth surface imparts a high chemical resistance and provides them with a high level of stability. Due to their simple form, Ceramic Super saddles can

Liquid Distribution Uniformity Graphite Raschig Ring In Halogen Acid Processing Graphite Raschig Ring is a kind of graphite material and is equal to the diameter of the high temperature resistance, acid and strong acid and alkali chemical packing. Using a high temperature of 200 DEG C, the ability of 48% concentration following hydrofluoric acid has good corrosion resistance to sulfuric acid, nitric acid, potassium hydroxide, sodium hydroxide and strong acid substances and

Liquid Extraction Ceramic Random Packing Lower Pressure High Efficiency Ceramic Cascade Mini Ring high-performance random packings provide significant capacity advantages and lower pressure drop than other random packings. These high-performance random packings have consistently demonstrated capacity improvements of up to 15% in a variety of applications without loss of efficiency. Superior mechanical integrity allows processors to specify deep beds without packing deformatio

Open - Hole Ring Packing Ceramic Random Packing Good Thermal Shock Resistance Ceramic Saddles (equivalent to Koch-Glitsch CERAMIC INTALOX SADDLES ) are between the ring shape and the shape of the saddle, and therefore maintain both their advantages, this structure is conducive to the liquid gas distribution. Ceramic saddles are most frequently used high-performance packing and exhibit advantages for most applications in comparison with other shapes. Their smooth surface

High Purity 95%-99.7% Ceramic Random Packing High Strength High Density Ceramic Cross-Partition Ring is a packing designed basically from the Raschig Ring with the cross-partitions inside to increase the surface and enhance the transfer efficiency. It is usually used extensively for the supporting packing at the bottom of tower. In general, because this packing normally has very large size, it is applied as ceramic supports for random packings. Specification of Ceramic Cross

High Chemical Stability Ceramic Random Packing Transfer Product For Reburner Ceramic Cross-Partition Ring is a packing designed basically from the Raschig Ring with the cross-partitions inside to increase the surface and enhance the transfer efficiency. It is usually used extensively for the supporting packing at the bottom of tower. In general, because this packing normally has very large size, it is applied as ceramic supports for random packings. Specification of Ceramic

Excellent Heat Endurance Ceramic Random Packing For High Pressure Towers Ceramic Pall ring is a kind of new type and high efficient packing that is improved on the basis of the Raschig ring. Ceramic pall ring is a proven design that provides higher capacity and lower pressure drop than trays and other random packings. The opened cylinder walls and inward bent protrusions of the Pall Ring allow greater capacity and lower pressure drop than standard cylindrical rings. Ceramic

Resist High Temperature Ceramic Random Packing Light Grey High Mechanical Strength Ceramic Pall ring is a kind of new type and high efficient packing that is improved on the basis of the Raschig ring. Ceramic pall ring is a proven design that provides higher capacity and lower pressure drop than trays and other random packings. The opened cylinder walls and inward bent protrusions of the Pall Ring allow greater capacity and lower pressure drop than standard cylindrical rings.

High Acid Resistance Ceramic Random Packing In High Or Low Temperature Conditions Ceramic Raschig Ring is common regular packing that they are still used for refilling existing columns and other applications. Its surface ratio is higher than ceramic cylinders and balls by 30% and its ring shape has high mechanical stability. It is the first development of a random packing. Simple shape, it is the same height and diameter of the ring. Raschig rings large size (≥100mm) are