| Customization: | Available |
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| Purity: | 99.8%+ |
| MOQ: | 1 Cubic Meter |
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Metal CMR( Cascade Mini Ring)
It is very similar structured packing, it can be confluent , diversion to surface renewal without loss,. At the same time, the upper and lower flanging design not only to ensure the uniform distribution of the liquid, but also to overcome the wall flow, overhead and other phenomena. Therefore, it can be regarded as the one high gas-liquid contacting efficiency flat type small diameter metal CMR Ring.
The ideal height to diameter ratio ensures parallel stacking of CMR (similar to structured packing stacking). To some extent, it promotes complete gas-liquid contact. The circular overturn at both ends of the metal step ring and the larger opening area will promote the continuous flow and transfer of liquid, thereby realizing surface renewal. Therefore, it can be considered as a metal bulk packing with high gas-liquid contact efficiency.
| Product Name | Metal Cascade Mini Ring CMR Ring Random Tower Packing | ||||
| Model | ESJ170811A | ||||
| Standard | HG/T21557-95 | ||||
| Punch machine accuracy | GB 1804 IT13/GB 1184 B | ||||
| Relevant domestic reference standards | GB 3280,1184,1804,708 | ||||
| Suitable in International Standard | |||||
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D*H*T mm |
Surface Area m2/m3 |
Volid Volume % |
Packing Number pieces/m3 |
Packing Density Kg/m3 |
Packing Factor m-1 |
| 0P(17*15*6*0.3) | 427 | 94 | 530000 | 482 | 55 |
| 1P (25*22*8*0.3) | 230 | 96 | 150000 | 270 | 40 |
| 1.5P(34*29*11*0.3) | 198 | 97 | 60910 | 201 | 29 |
| 2P (48*38*14*0.4) | 164 | 97 | 33170 | 230 | 22 |
| 2.5P(51*44*17*0.4) | 127 | 97 | 17900 | 186 | 17 |
| 3P(66*57*21*0.4) | 105 | 98 | 8800 | 139 | 14 |
| 4P(86*76*29*0.4) | 90 | 98 | 5000 | 143 | 10 |
| HG/T 21557.2-95 | |||||
| 25 | 220 | 96.5 | 97160 | 459 | 273.54 |
| 38 | 154.3 | 95.9 | 31800 | 433 | 186 |
| 50 | 109.2 | 96.1 | 12300 | 324 | 127 |
| 76 | 73.5 | 97.6 | 3540 | 385 | 81 |
| Application: Widely used in all kinds of seperation, absorb plants, constant decompress plants, compounding am-monia plant, decarbonization, desulfuration, seperation of ethylbenzene, seperation of issooctane/methylben-zene, absorption, areation, degassing, desorption, distillation, stripping, heat recovery, extration, various seperation and absorption, such as NH3, H2, SO2 etc. | |||||
| Mainly Material | 1. Carbon steel | ||||
| 2. Stainless steels, including Austenitic, Ferritic | |||||
| 3. Duplex stainless steel | |||||
| 4. Nickel and nickel alloys | |||||
| 5. Aluminum | |||||
| 6. Copper and copper alloys | |||||
| 7. Tianium and zirconium | |||||
| Feature | 1. Low pressure drop | ||||
| 2. Good liquid/gas distribution and high mass transfer efficiency | |||||
| 3. Versatility, easily wettable, high resistance to fouling, high temp. | |||||
| 4. High mechanical strength, suitable for deeper beds. | |||||
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