Nanxiang Ceramic Intalox Saddle Random Packing

• Customization: Available
• Application: Ceramics Industry, Chemical Engineering
• CAS No.: 14808-60-7+1344-28-1
• Model NO.: NX-CISR
• Form: Extrudates
• Formula: O2si+Al2O3
• Structure Feature: Saddle Ring Filler
• Material: Ceramic
• Type: Random Packing
• Usage: Chemical Engineering, Chemical Industry Product
• Source: Particle
• Effect: Tower Packing
• Transport Package: Jumbo Bag
• Specification: 25, 38, 50, 76mm
• Trademark: Nanxiang
• Origin: China
• HS Code: 6914900000
• Production Capacity: 50000000

Product Description

Product Description

Ceramic super intalox saddle is improved based on the intalox saddle, having the characteristics of low pressure drop and high mass transfer efficient, the most frequently used high-performance packing which exhibit advantages for most applications in comparison with other packing of different shapes. Ceramic super intalox saddles are widely used in sulfuric acid drying tower and other tower equipment.
The unique engineered shape prevents channeling, permits faster loading, and reduces settling, which provides for consistent performance over time.  This shaped media also maintains high heat exchange efficiency for a more economical cost overall when all factors are considered. 

Ceramic Intalox Saddle with excellent acid resistance and heat resistance. They can resist to corrosion of various inorganic acids, organic acids and organic solvents except hydrofluoric-acid, and can be used in high or low temperature conditions. Consequently their application ranges are very wide. Ceramic Intalox Saddle can be used in the drying columns, absorbing columns, cooling towers, scrubbing towers in chemical industry, metallurgy industry, coal gas industry, oxygen producing industry, etc. Ceramic Saddles are used in two main fields but have different properties depending on the application. One field is the chemical and petrochemical industries and another is in environmental areas such as RTO equipment.

Product Parameters

SiO2	Al2O3	Fe2O3	TiO2	CaO	MgO	KNaO
>68-74%	18-24%	<1.5%	<0.8%	<0.5%	<0.5%	<4.0%

Physical Properties:

Item	Unit	Value
Apparent porosity	Vol%	1
Specific heat	KJ/Kg	840-900
Crush strength	N/mm^2	390-420
Specific gravity	g/cm^3	2.3-2.45
Acid resistance	%	99.98
Firing temp	ºC	1280 to 1320
Softening point	ºC	>1400
Water absorption	%	<0.2
Thermal Expansion	10^-6mm/mmºC	4.7
Moh's hardness	Mohr Scale	7-8
Comprehensive strength	Newtons	5600
Shock strength	Kgf.cm/cm^2	1.0-1.5

 

Dimension and Other Physical Properties:

Type	Size (mm)	Surface Area (m2/m3)	Free Space (%)	Weight ( kg/m3)	Number ( pcs/m3)
1/2"	21×12×1.8	430	67	741	355820
5/8"	24×14×2	378	71	723	232980
3/4	33×18×2.8	330	73	720	111548
1"	38×22×3.4	258	77.5	700	62128
1.5"	60×30×4	197	81	635	23368
2"	80×40×5	120	79	600	8860
3"	114×57×8	92	77	550	3000
4"	136.5×72.5×11	78	75	582	1606

Packaging & Shipping:

Package type	Container load capacity
	20 GP	40 GP	40 HQ
Ton bag put on pallets	20-22 m3	40-42 m3	40-44 m3
Plastic 25kg bags put on pallets with film	20 m3	40 m3	40 m3
Cartons put on pallets with film	20 m3	40 m3	40 m3
Delivery time	Within 7 working days (for common type)	10 working days (for common type)	10 working days (for common type)

Application:

1) These saddles are made from chemical porcelain and have excellent resistance to acids except in the case of hydrofluoric- acid.
2) Moisture absorption must less than half a percent.
3) The porcelain's specific gravity is 2.3-2.4g/cm3 and an average heat capacity (between 20°C and 500°C of 0.22 cal/g.°C)
4) Ceramic saddles softening point is 1400°C min. And they show good thermal shock resistance during repeated cycling between 20°C and 820 °C