Ceramic Intalox Supper Saddle Ring in Hot Caustic Service

Product Details
Customization: Available
CAS No.: 66402-68-4
EINECS: 266-340-9
Still deciding? Get samples of US$ 10/Bag
Request Sample
Manufacturer/Factory & Trading Company

360° Virtual Tour

Diamond Member Since 2006

Suppliers with verified business licenses

Audited Supplier

Audited by an independent third-party inspection agency

Number of Employees
215
Year of Establishment
2003-01-17
  • Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
  • Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
  • Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
  • Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
  • Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
  • Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
Find Similar Products

Basic Info.

Model NO.
FXC-DB-191105-B1
Formula
Ceramic
Structure Feature
Saddle Filler
Process
High Temperature Firing
Sample
Free
Brand
Fxsino
Specific Heat(J/KgºC)
850-900
Moh′s Hardness
7
Thermal Conductivity(W/M.K)
0.9-1.0
Material
Ceramic
Type
Random Packing
Usage
Chemical Engineering, Chemical Industry Product, Sewage Treatment, Rto Media
Effect
Reduce Cost
Source
No Description
Transport Package
Small Bag, Super Sack, Carton and So on
Specification
12.16.19.25.38.50.76 mm
Trademark
FXSINO
Origin
China
HS Code
6909110000
Production Capacity
3000 Cbm/Month

Product Description

Ceramic intalox supper saddle ring  in hot caustic service:
The Ceramic Supper Saddles are available in chemical porcelain & chemical stoneware, a proprietary alumina formular with excellent acid resistance (min. 99.8%) and alkali resistance (min. 92%). Ceramic Saddles are fired at high temperatures ( 1,300 C /deg.) so they have good heat resistance ( 1,100 C /deg.), and have strong mechanical strength. Ceramic Super Saddles are commonly used in mass transfer applications and severe acid corrosive applications.
They can be even used in hot caustic service because they can resist over 10% sodium hydroxide service up to 60 C /deg., and 1% sodium hydroxide service temperature up to 100 C /deg.

Performance:
Good Capacity and Low Pressure Drop
a. Higher capacity and lower pressure drop than ceramic saddles.
b. Multiple sizes provide ability to optimize capacity and efficiency based on application requirements. 
Higher Liquid Hold-up and Residence Time
a. Relatively high liquid hold-up allows good absorption efficiency with slow chemical reaction.
Versatile Standard Packing
a. Lower sensitivity to liquid and vapor distribution quality allows use with conventional liquid distributors.
Data of Geometrical Characteristics Parameters of Supper Intalox Saddle:
 
Low Purchasing Cost and Quality guaranteed
 
& Typical chemical composition
SiO2 68-72 MgO 0.6
Al2O3 18-22 CaO 0.6
Fe2O3 Max. 1 K2O 3.5-4.5
    Na2O 0.1-0.3
Soluble Fe: <0.01%
Acid resistance: 99.5%(DIN51102 sheet 2)
 
& Typical physical properties
Density g/cm³ 2.3-2.4
Water Absorption  % 0-0.5
Compressive Strength N /mm² 300-500
E-Modulus GPa 60
Mohs Hardness Scale 7-8
Specific heat, 20°C-100°C J/kgK 840-920
Thermal Conductivity 30°C-100°C W/mK 1-1.5
Coefficient of thermal expension (20°C-600°C)10-6K-1 4.7
Heat Resistance Up to °C 1100
 
Data of Geometrical Characteristics Parameters of Supper Intalox Saddle:
Size
 (mm)
Specific area
 m2/m3
Void rate
%
Bulk number
Pieces/m³
Bulk density
Kg/m³
    12 647 68 610000 780
16 535 71 269000 700
19 350 75 146000 670
25 254 77 59000 630
38 180 80 19680 580
50 120 79 8243 550
76 81 75 2400 530

Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
Ceramic Intalox Supper Saddle Ring in Hot Caustic Service
Ceramic Intalox Supper Saddle Ring in Hot Caustic Service

 

Send your message to this supplier

*From:
*To:
*Message:

Enter between 20 to 4,000 characters.

This is not what you are looking for? Post a Sourcing Request Now
Contact Supplier
People who viewed this also viewed