High performance Random packing IMTP Ring
Technical Parameter
D×H×δ mm |
Specific area m2/m3 |
Void rate % |
Bulk number Pieces/m³ |
Package density Kg/m³ |
25×15×0.3 |
171 |
96.7 |
87720 |
161 |
38×16.5×0.4 |
123 |
97.7 |
38160 |
155 |
50×29×0.5 |
79 |
98.2 |
11310 |
129 |
76×35.5×0.8 |
55 |
97 |
4250 |
112 |
Metal saddle Ring( the equivalent of I-Ring or IMTP)
Type |
Bulk Number Pieces/m³ |
Surface area m²/m³ |
Void % |
Packing Factor |
#15 |
347500 |
291.3 |
95.6 |
65 |
#25 |
135000 |
225.8 |
96.6 |
41 |
#40 |
50000 |
150.8 |
97.7 |
28 |
#50 |
15000 |
100 |
98 |
18 |
#70 |
4600 |
60 |
98.5 |
12 |
Trade Details
Related Trade Information |
|
HS Code |
8419909000 |
Package |
1: Two Super sacks on Fumigation Pallet 2: 100L plastic woven bag on Fumigation Pallet 3: 500*500*500 mm carton on Fumigation Pallet 4: Upon your requirement |
Process Method |
Injection |
Material |
Carbon steel,Stainless steel, Alloy,Copper,Duplex,Aluminum,Titanium,Zirconium and so on |
Typical Application |
Sour Water Stripper Atmospheric and high pressure distillation Absorption and Stripping Heat transfer All kind of separation process Desulphurization and decarburization system |
Production time |
7 days against one 20GP container loading quantity |
Executive standard |
HG/T 4347-2012,HG/T 21556.1-1995 or refer to your detailed requirement |
Sample |
Free samples within 500 Grams |
Other |
Accept EPC turnkey,OEM/OEM,Mold Customization,Installation&Guidance,Test, Entrusted design service etc. |
Typical Application
1: Distillation services with high stage counts per bed
2: Distillation services with low relative volatility
3: High purity product distillation services
4: Distillation services operating near the minimum reflux or close to a pinch point
5: Absorption and stripping applications with close approach to equilibrium
6: Heat transfer services with close approach temperatures
Feature
1. Low pressure drop and high capacity allows smaller column diameter for new installation.
2. Low pressure drop reduces energy consumption for revamps.
3. Low pressure drop reduces foam generation.
4. Exceptional efficiency over a wide flow range.
5. Reproducible performance regardless of tower diameter or height