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SF-static mixing device |
Product characteristics SF-static mixer with other models of the static mixer, It is made of tubes produced internal modules, it will not only enhance the various high viscosity medium heat transfer coefficients. Large and in the future will remain high over the volume of heat transfer area, thereby ensuring a higher heat transfer rate than volume. For 1000 viscosity than 3% parked high viscosity media, SF-based heat transfer coefficients up 200-400W/m2 ℃ and ordinary tube heat exchanger increase compared to 4-5 times. For the high viscosity of the medium heating, cooling and heat recovery process. SF-Another advantage is that the whole heat exchanger of the same cross-section of each Department uniform temperature distribution.It not only rely on the fluid from the shell wall of the shell center two-way flow. So that the temperature becomes uniform materials, and carried out from within uniform heating (or cooling). SF-for the advantages it polymerization reactor. can basically eliminate the uneven temperature distribution in the polymerization uneven, and to improving the quality of polymer. reduce energy consumption, improve the conversion rate is good.
Common specifications "br> under process conditions and process requirements designed and manufactured heat transfer area of 100m2 over-SF Static Mixer, the following table is the most common type of small SF static mixer. with the other models in which different heat transfer area of numerical said its specifications.
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型 号Type |
SF-1.4SF-1.4 |
SF-3SF-3 |
SF-6SF-6 |
SF-14SF-14 |
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传热体积m2Heat and mass m 2 |
1.41.4 |
33 |
66 |
1414 |
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设备体积m3Equipment Volume m 3 |
0.0220.022 |
0.0470.047 |
0.0940.094 |
0.220.22 |
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高粘度介质 接管High viscosity media takeover |
DG40或DG50DG40 or DG50 |
DG50或DG70DG50 or DG70 |
DG70或DG80DG70 or DG80 |
DG80或DG100DG80 or DG100 |
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冷却（或加热）介质接管Cooling (or heating) to take over media |
G3/4"G3/4 " |
G1"G1 " |
G11/4"G11/4 " |
G11/2"G11/2 " |
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设备长度MEquipment length M |
2.62.6 |
3.33.3 |
4.34.3 |
5.65.6 |
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处理量kg/h |
160-2000160-2000 |
280-3200280-3200 |
450-4900450-4900 |
820-8600820-8600 |
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适用介质粘度CPApply medium viscosity CP |
102-10710 2 -10 7 |
102-10710 2 -10 7 |
102-10710 2 -10 7 |
102-10710 2 -10 7 |
Chart |
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Application Examples
SF-static mixer industrial uses can be divided into two categories : the first category is used for high viscosity medium heat transfer process. The second category is for the polymerization reactor.
Food Industry Oil heating and cooling, synthetic fiber and plastic resin melt industrial heating and cooling. Polymer Solution heating and cooling, the Japanese chemical industry cosmetics heating and cooling, Binder heating and cooling, Petroleum Industry residue heating and cooling, heavy oil heating and cooling, heating oil and cooling, melting asphalt heating and cooling, explosives industry emulsion explosives heating and cooling, and so on belong to the first category of industrial uses.
Polystyrene used for the polymerization reactor for styrene acrylonitrile copolymer production devices for acrylonitrile butadiene styrene copolymer nitrile production devices Polyamide 6 for the polymerization reactor, and so on belong to the second category of industrial uses. |
Notes orders
Static Mixer is an advanced, highly efficient energy-saving equipment to the chemical element. To enable it to play an excellent performance, correct design and selection is the key to bonding. Static mixer design is a highly professional, highly directional, Under normal circumstances we are free to customers for the design, users also want to provide as much detail as possible the situation. Users difficult for the design conditions, we will call the database and make every effort to solve. The circumstances include the following :
1. Prepared for what process? Best informed of the process.
2. Involved and the names of fluid flow?
3. Operating temperature and operating pressure?
4. Involved in the operation of fluid temperature and the working pressure under the various physical and chemical data, including density, viscosity, interfacial tension, thermal conductivity coefficient.
5. Balance, reaction kinetics data, (or told that the pilot of the small and the current production).
6. The liquid is elevated tank or pumps used for the transmission?High slot from the static mixer height? Pump pressure head (output pressure)?
7. The gas is used fan or compressor used for the transmission? Fan or compressor pressure head (output pressure)?
8. Static Mixer allows the pressure drop?
9. Static mixture of hope for the process to request? As for mixing, mixing uniformity requirements? As for the extraction, asking for the extraction rate?
Note : (1) 6,7,8 of the above sometimes by the designer to decide, that the user needs based on the design results of the election to pump or fan.
(2) mixed uniformity as users failed to provide indicators, generally uneven level by a factor x x 1% to less than half of the design. |
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