SICABON Silicon carbide (SiC) shell-and-tube heat exchanger
SGL Carbon Technique Japan Co., Ltd.
SGL Carbon Technique Japan Co., Ltd.'s Response Status
Response Rate
100.0%
Response Time
98.3hours
About This Product
It is an optimal solution in situations where other materials such as graphite have limitations. SICABON heat exchangers offer unparalleled corrosion resistance in applications under all extreme conditions. Our proven technology is backed by over 25 years of experience and hundreds of deliveries worldwide. SICABON heat exchangers are distinguished from many other heat exchangers on the market by their sealing technology that joins the tubes to the tubesheet.
This sealing system, patented by SGL Carbon, including a specially developed gasket, guarantees outstanding reliability unrivaled on the market. Additionally, our innovative CARBOGUARD technology, which strengthens the tube with carbon fiber, is a great additional feature, increasing safety in stressful situations such as temperature and pressure shocks.
■Advantages
・Ultimate corrosion resistance: Meets the most demanding requirements for corrosion resistance, such as applications in mixed corrosive media consisting of a variety of different types of corrosive components.
- High plant availability: The use of durable tubesheets (e.g. thick metal core) and homogeneous and durable tube seals on all tubes provides the highest reliability against leaks.
Unparalleled safety: Our unique CARBOGUARD technology, which combines silicon carbide (SiC) tubing with carbon fiber reinforcement, is unique on the market and protects the tubing from breakage and increases safety under stressful conditions.
・Compact: By using highly efficient direct-fired silicon carbide (SiC) tubes, the heat transfer area is reduced by up to 70% compared to glass equipment.
・Low maintenance costs: The header can be easily removed, allowing direct access to the tube side for inspection and cleaning.
・Cleanliness: No risk of contamination or interaction with process media, suitable for ultra-high purity applications such as semiconductors and pharmaceuticals (including GMP/FDA)
・Flexibility: wide range of design options for optimal solutions
・Excellent service: fast and accurate repair and spare parts service
■Application examples
・Heat exchange under highly corrosive conditions (e.g. highly concentrated sulfuric acid, nitric acid, hydrofluoric acid, pickling solutions, caustic soda, etc.)
・Function: Heating, cooling, condensation, heat recovery by interchanger (exchanger)
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Product
SICABON Silicon carbide (SiC) shell-and-tube heat exchanger
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Handling Company
SGL Carbon Technique Japan Co., Ltd.
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Categories
1 Models of SICABON Silicon carbide (SiC) shell-and-tube heat exchanger
| Product Image | Part Number | Price (excluding tax) | Gasket material | Main uses | Maximum heat transfer area | Pressure vessel standards | Shell diameter | Shell/header material | Special design specifications | Standard connection | Standard design pressure | Standard painting | Tube diameter wall thickness | Tube length | Tube material | Tube sheet material | Tube temperature |
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Silicon carbide multi-sensitivity heat exchanger |
Available upon quote | FFKM, FKM, FEPM | Applications in highly corrosive environments and high purity conditions | 0.2 up to 34 | PED.AD2000-Merkblatt: Some steel parts accessories ASME (U-stamp) | 100 to 400 | Carbon steel, stainless steel, PTFE lined steel, glass lined steel | CARBOGUARD carbon fiber reinforced 19mm tube, safety chamber | DIN/ANSI | -1/8 (10) | According to DIN standard 12944-4, sandblasting at 1/2 SA2, base coat with one-component epoxy zinc primer, dry coating thickness 40 μm | 14×1.5 or 19×2.2 | 1,000 to 4,500 | Direct fired silicon carbide | PFA lined steel etc. | (-30) 0/180 (220) |
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