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Ceramic Structured Packing

Compared with random packing, ceramic structured packing has a series of advantages such as high efficiency, low pressure reduction, large processing capacity, small liquid hold-up, no obvious amplification effect, and large operation flexibility. It consists of a number of packing cells with the same geometry. The unit of the ceramic structured corrugated sheet packing is a corrugated sheet that is superimposed on each other. According to the different vertical inclination angles of the corrugations, it can be divided into two categories: X-type and Y-type, the inclination angle of X-type is 30 degrees, and the inclination angle of Y-type is 45 degrees. Our company can produce the following stereotyped products. And according to the user's commission, the production of different specific surface area of non-shaped structured packing.
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Detail

Ceramic structured packing is a type of packing material used for gas or liquid contact with catalysts, they have good chemical and heat resistance. Ceramic Structured Packing are usually made of alumina (Al2O3), zirconia (ZrO2), or other ceramic materials. Ceramic structured packing is made up of regularly arranged pores, which allow fluid to flow optimally across the surface of the packing, improving mass transfer efficiency. The walls of the packing are very thin, which reduces the resistance when the fluid flows, resulting in increased flow and efficiency.


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Ceramic Structured Packing


The ceramic structural packing has a very smooth surface, which increases the surface area in contact with the fluid, improving the efficiency of reaction and mass transfer. The pore size and spacing are tailored to the required mass transfer efficiency and operating pressure, ensuring sufficient fluid passage while maintaining packing stability. Ceramic Structured Packing are well resistant to a wide range of chemicals and are suitable for a wide range of harsh chemical environments and acid-base environments. Ceramic packing has good heat resistance, can withstand high temperature environment without deformation, and is suitable for high temperature heat exchange and reaction process. The hardness and wear resistance of Ceramic Structured Packing allow them to withstand the impact of high flow rates and high-pressure fluids and are not susceptible to wear. Compared to metal packings, ceramic packings are lighter in weight and are easy to install and transport.


Ceramic Structured Packing



Ceramic structured packing materials are widely used in many industrial fields due to their excellent properties. It is used for catalytic reactions such as hydrogenation, cracking, and synthesis. Ceramic Structured Packing provide high surface area and good heat conductivity, helping to improve reaction efficiency. Helps increase the contact area and reaction rate of reactants for more homogeneous mixing and reaction. It is used in exhaust gas treatment towers to remove harmful gases such as sulfur dioxide (SO₂), nitrogen oxides (NOx), etc. It is used to improve the desorption efficiency of gases from liquids and help gas separation and recovery. It is used in wastewater treatment equipment to help remove pollutants and harmful substances from wastewater and improve treatment results. It is used to improve water quality and improve the purity of water by removing impurities and organic matter from the water. In the process of heat exchange, ceramic structured packing can improve the heat transfer efficiency and promote the effective exchange of heat energy. It is used to separate and purify gas mixtures, such as oxygen and nitrogen separation, or to remove impurities from gases. Used in the oil and gas industry for desulphurization and denitrification to help remove sulfides and nitrides from oil and gas. As the carrier of the catalyst, the ceramic structured packing material provides stable support and enhances the performance and life of the catalyst. Ceramic structured packing plays an important role in these applications due to their excellent resistance to chemicals, temperatures, and abrasion, improving the efficiency and reliability of a wide range of industrial processes.


Technical Parameter


Name

Model

Surface area

(m2/m3)

Number of theoretical plates(1/m)

Free volume(%)

Pressure drop

(mmHg)

F-Factor

M/s(kg/m3)0.5

Ceramic Structured Packing

125Y

125

1.7

88

1.5

3

125X

1.5

86

1.5

3.2

250Y

250

2.5-2.8

82

2.2

2.6

250X

2.3-2.7

82

2

2.8

350Y

350

3-4

80

2.5

2.6

500Y

500

7

73.5

300

2.1



Packaging & Shipping

Package :

Carton box、 Jumbo bag、wooden case

Container

20GP

40GP

40HQ

Normal Order

Minimum Order

Sample Order

Quantity

25CBM

54CBM

68CBM

<25 CBM

1 CBM

< 5 pcs

Delivery Time

7 days

14 days

20 days

7 Days

3 days

Stock

Comments:

Customized making is allowed.