Ceramic structured packing


Advantages

High capacity.

High separation efficiency.

Low pressure drop.

Large flexibility.

Corrosion and rust resistance.

Alkali and acid resistance.

Applications

Rectify organic halide.

Rectify and absorb some corrosive mixtures/

Absorb nitric acid and concentrated sulfuric acid and purify the chemical air.

Used as catalyst carrier in heat exchanger.

Ceramic Structured Packing – High-Efficiency Tower Packing

Ceramic Structured Packing is a high-performance mass transfer material used in distillation, absorption, and stripping columns. It is made from high-purity ceramic and features a structured, corrugated design that maximizes gas-liquid contact, improves mass transfer efficiency, and minimizes pressure drop.

Key Features & Advantages:

  • High Mass Transfer Efficiency

    • The structured, corrugated geometry ensures uniform gas-liquid distribution and enhanced separation performance.

  • Excellent Corrosion & Thermal Resistance

    • Withstands acidic, alkaline, and high-temperature environments, making it suitable for chemical processing.

  • Low Pressure Drop & Energy Savings

    • Open channels reduce resistance to gas flow, improving efficiency and reducing operational costs.

  • Good Wettability & Large Surface Area

    • Promotes efficient mass transfer by maintaining consistent liquid film flow.

  • High Mechanical Strength & Durability

    • Resistant to mechanical stress, ensuring long service life in demanding applications.

Applications of Ceramic Structured Packing:

  1. Chemical & Petrochemical Industries

    • Used in acid gas removal, solvent recovery, and fine chemical production.

  2. Sulfuric Acid & Nitric Acid Production

    • Ideal for absorbers, scrubbers, and reaction towers.

  3. Distillation & Separation Processes

    • Enhances separation efficiency in pharmaceutical, petrochemical, and industrial processing.

  4. Environmental Protection & Gas Treatment

    • Applied in flue gas desulfurization (FGD), air purification, and wastewater treatment.

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Table 1: Chemical Composition of Ceramic Structured Packing






SiO2

Fe2O3

CaO

Al2O3

MgO

Other

≥72%

≤0.5%

≤1.0%

≥23%

≤1.0%

2%




Table 2: Common Specs of Ceramic Structured Packing






Item

Model

Specific Surface

Bulk Density

Voidage Ratio

Pressure Drop

(m2/m3)

(kg/m3)

(%)

(mmHg/m)

CSPS-01

125Y

125

320

90

1.8

CSPS-02

160Y

160

370

85

2

CSPS-03

250Y

250

420

80

2

CSPS-04

350Y

350

170

78

2.5

CSPS-05

400Y

400

500

75

3

CSPS-06

450Y

450

520

72

4

CSPS-07

550Y

550

620

74

5.5

CSPS-08

700Y

700

650

72

6

CSPS-09

100X

100

280

92

1.5

CSPS-10

125X

125

300

90

1.8

CSPS-11

160X

160

350

85

2

CSPS-12

250X

250

380

80

2.5

CSPS-13

350X

350

450

78

3

CSPS-14

400X

400

480

75

4

CSPS-15

450X

450

500

72

4.5

CSPS-16

470X

470

440

75

5

CSPS-17

550X

550

620

74

5.5

CSPS-18

700X

700

650

72

6