• Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications
  • Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications
  • Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications
  • Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications
  • Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications
  • Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications

Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications

Material: Ceramic
Type: Distillation Equipment
Usage: Chemical Engineering, Chemical Industry Product, Sewage Treatment, Heat Transfer
Object: Cosmetic
Separation Mode: Distillation
Operating Type: Continuous Type
Samples:
US$ 10/Piece 1 Piece(Min.Order)
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Customization:
Gold Member Since 2016

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Manufacturer/Factory

Basic Info.

Model NO.
Ceramic Structured Packing
Distillation Equipment Type
Essential Oil Distillation Equipment
Transport Package
Plywood Box
Specification
Tailor made according to customer requirement
Trademark
SPT
Origin
China
HS Code
69149000
Production Capacity
1 00 M3 Per Month

Product Description

Saiptech Ceramic Structured Packing
Ceramic surface can generate extremely thin liquid film. Turbulent liquid flow and tortuous vapor flow passages promote mixing of liquid and vapor with low pressure drop. These are reasons that our ceramic structured packings have the same mass transfer efficiency as metal packings. Meanwhile, they are much more resistant to corrosion and high temperature than metal packings.
Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications
Excellent Features
1.  High liquid & vapor loading. Column could be designed smaller for new equipment and capacity could be increased      remarkably for existing column revamp.
2. High mass transfer efficiency. Much higher specific surface area than random packings.
3. Low pressure drop and considerable energy savings.
4.  Wide turndown ratio. Easy to scale up.
5. Suitable for all sizes of columns.
6. High resistance to acids and alkalis, especially to H2S, naphthenic acids and chlorides.
Typical Specifications
Type Crimp Angle Surface Area
m2/m3
Void%
SP-C 125Y 45º 125 90
SP-C 125X 60º 125 90
SP-C 160Y 45º 160 85
SP-C 160X 60º 160 85
SP-C 250Y 45º 250 80
SP-C 250X 60º 250 80
SP-C-350Y 45º 350 80
SP-C-350X 60º 350 80
SP-C 450Y 45º 450 80
SP-C 450X 60º 450 80
SP-C700Y 45º 700 76
SP-C-700X 60º 700 76


Ceramic Structured Packing for Heat Transfer and Mass Transfer Applications

Materials
Universal Ceramic
Physical Characters
Density g/cm3 Moisture Absorbency % Heat-Resistant ºC Pressure Resistant MPa
2.5 <0.5 800 >130
Chemical Characters
SiO2 Al2O3 Fe2O3 CaO MgO Loss Acid-Resistant
>72% >23% <0.5% <0.5% <1.0% <5.0% >99.5%

 
High Silicon Content Ceramic
SiO2 content range 92~99%, acetic resistance: 99.99%. Ideal packings for separation of strong acid corrosive systems.
Alkali Resistant Ceramic
Ideal packings for separation of alkali corrosive systems. Unique ingredients. Alkali resistance: 99.5%.
Lightened & Strengthened Ceramic
Specific surface area 100~160m2/m3. Suitable for large size columns, such as crude atmospheric & vacuum towers of oil refineries. Featured with the best resistance to naphthenic acids.
 

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