TY-Pak
Ceramic Ty-Pak is in Butterfly shape, it’s one kind of random tower packing designed specifically to improve RTO performance was heat transfer media.The distinctive shape of the Ty-pack offers consistent performance over time by preventing channeling and reducing settling. Because of its design, it’s easy to load and provides a 20% lower pressure drop compared to 1inch saddles. These benefits combined with the high heat exchange efficiency of Ty-Pak media lead to a more economic packing choice overall for your RTO.
What Are Ceramic Ty-Pak?
The Ty-Pak are made of high quality solid pressed silicate porcelain with an aluminum oxide content of Al2O3 – 23% (in the range of 17-23%)
Features Of The Ceramic Ty-Pak
1 These media are made from chemical porcelain and have excellent resistance to acids except in the case of hydrofluoric acid.Moisture absorption must be less than half a percent.
3. The porcelain’s specific gravity is 2.25-2.35g/cm3 and an average heat capacity (between 20℃ and 500℃of 0.22 cal/g.℃)
Final Words
That was everything you need to know about the Ceramic Ty-Pak. They are commonly used in many industries and optimize the production process. I
Our Ceramic Ty-Pak is of the highest standard and can offer you everything you require. Please feel free to get in touch with us for more information on our range of products. We will be happy to assist you so you can make an informed decision.
Size: 19mm (3/4 inch), 25mm (1 inch), 38mm (1-1/2 inch)
Advantage
These media are made from chemical porcelain and have excellent resistance to acids except in the case of hydrofluoric acid.
Moisture absorption must less than half a percent.
The porcelain’s specific gravity is 2.25-2.35g/cm3 and an average heat capacity (between 20℃ and 500℃of 0.22 cal/g.℃)
Chemical Composition
|
SiO2
|
Al2O3
|
Fe2O3
|
CaO
|
MgO
|
K2O+Na2O
|
Others
|
|
>70%
|
17-23%
|
<1.0%
|
<2.0%
|
<2.0%
|
2-4%
|
<1.0%
|
Physical Properties
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Acid resistance
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>99.6%
|
Specific gravity
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2.25-2.35g/cm3
|
|
Alkali resistance
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>85%
|
Moh's hardness
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>6.5scale
|
|
Water absorption
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<0.5%
|
Thermal conductivity
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0.9-1.0W/mK
|
|
Porosity
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<1.0%
|
Operating temp.
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920-1100°C
|
|
Nominal size
(mm)
|
L*W*H*T
(mm)
|
Specific surface
(m2/m3)
|
Void volume
(%)
|
Package density
(kg/m3)
|
Packing factor
(m-1)
|
|
19
|
38*26*11*4.5
|
335
|
71
|
570
|
934
|
|
25
|
52*28*12.5*5
|
255
|
72
|
620
|
683
|
|
38
|
62*41*15*5.5
|
160
|
74
|
630
|
935
|
