Multi-tube heat exchanger Heat exchanger tube diameter φ38 standard model 5D type
SGL Carbon Technique Japan Co., Ltd.
SGL Carbon Technique Japan Co., Ltd.'s Response Status
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100.0%
Response Time
98.3hours
About This Product
■Summary
We use Tokabait, a structural material for chemical equipment that is made by impregnating graphite material with excellent corrosion resistance and heat transfer properties with a thermosetting resin developed by our company and curing it to provide sufficient airtightness and increase strength. I'm doing it. Therefore, it is highly versatile and economical, and is used by many users.
It has a structure in which a bunch of heat transfer tubes are housed in a steel can body. Normally, corrosive fluid is exchanged with steam or cooling water inside the heat transfer tubes through the outside of the heat transfer tubes. Corrosive fluids can be passed outside the pipe by using various types of lightning.
Even in large equipment, tube plates and liquid chambers are machined from monoblocks, so there is no adhesive surface for bonding. Although it is one of our largest class heat exchangers (shell diameter 70 inches), the tube plate and liquid chamber (maximum outer diameter φ1940 mm) are monoblock. For fluids containing slurry, there are also structures that take measures against erosion on the tube plate surface.
■Standard dimensions of heat transfer tubes
There are three types of heat transfer tubes used in the standard type: inner diameters of 22 mm, 25 mm, and 38 mm, effective lengths of 2,000 mm, 3,000 mm, and 4,000 mm, and the number of flow paths is determined according to the flow rate of the fluid. The effective length of the heat exchanger tube can be set arbitrarily from 1,000 to 6,000 mm (if it exceeds 4,000 mm, it will need to be joined).
The smaller the heat transfer tube diameter, the smaller the heat transfer tube pitch dimension can be set, and the number of tubes within the shell diameter can be increased, making it possible to increase the heat transfer area with the same shell diameter ratio. In the case of slurry or gel-like fluids, clogging can be prevented by increasing the inner diameter of the heat transfer tube.
■Advantages compared to shell block heat exchangers
・Easy to replace gaskets due to the small number of gaskets on the process side
- If a leak occurs, the leaking tube can be easily identified and inspected on-site (in the case of shell block type, inspection of each block is required)
・Easy to repair leaks by replacing the leaking tube or punching a plug (for shell block type, block replacement is required)
■Special specifications
Pre-tensioned carbon fiber wrapped around graphite tube for improved resistance to temperature and pressure shocks
・Improved mechanical strength
・30-40% improvement in burst pressure
・Leak prevention function for differential pressure of 0.2 to 0.5 MPa
・Crushing prevention
*Other model numbers are available
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Product
Multi-tube heat exchanger Heat exchanger tube diameter φ38 standard model 5D type
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Handling Company
SGL Carbon Technique Japan Co., Ltd.
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Categories
10 Models of Multi-tube heat exchanger Heat exchanger tube diameter φ38 standard model 5D type
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Based on outer diameter Heat transfer area (m2) | Compatible laws and regulations | Inner diameter reference heat transfer area (m2) | Installation direction | Jama board material | Liquid chamber material | Outer diameter x inner diameter dimensions (mm) | Shell material |
|---|---|---|---|---|---|---|---|---|---|---|
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6ES11-5D003 |
Available upon quote | 1.92 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 1.43 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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8ES11-5D007 |
Available upon quote | 4.48 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 3.34 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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10ES11-5D008 |
Available upon quote | 5.12 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 3.82 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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12ES11-5D014 |
Available upon quote | 8.97 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 6.68 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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14ES11-5D019 |
Available upon quote | 12.1 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 9.07 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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16ES11-5D024 |
Available upon quote | 15.3 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 11.4 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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18ES11-5D031 |
Available upon quote | 19.8 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 14.8 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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20ES11-5D042 |
Available upon quote | 26.9 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 20 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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22ES11-5D055 |
Available upon quote | 35.2 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 26.2 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
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24ES11-5D066 |
Available upon quote | 42.2 | First class pressure vessels, second class pressure vessels, small pressure vessels, etc. | 31.5 | Horizontal, vertical, tilted | Carbon steel, stainless steel, talkabait, PVC, etc. | Talker bait, various rubber linings, PTFE linings, Zr linings, FRP, etc. | Φ51×φ38 |
Carbon steel, stainless steel, various rubber linings, PTFE lining, Zr lining, FRP, etc. |
Click on the part number for more information about each product
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