Heavy Duty Serpentine Tube For Continuous Heat Transfer Operations
ContPerson : LI
Numero di telefono : +86 13861879136
whatsapp : +8613861879136
| Quantità di ordine minimo : | 1 | Prezzo : | Negoziabile |
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| Imballaggi particolari : | I metodi di imballaggio sono diversi a seconda dei diversi modi di trasporto. | Tempi di consegna : | 30 giorni |
| Termini di pagamento : | L/C,D/A,D/P,T/T |
| Luogo di origine: | Cina | Marca: | Xinjie |
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Informazioni dettagliate |
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| Spessore della parete: | Personalizzato | Tipo di connessione: | Estremità flangiate |
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| Diametro: | 10 mm-100 mm | Applicazione: | Scambiatori di calore, Sistemi di raffreddamento |
| Finitura: | Ricottura, smussatura | Disposizione del tubo: | Orizzontale o verticale |
| Flessibilità: | Moderare | Intervallo di temperatura: | Fino a 1000°F |
| Intervallo di temperatura operativa: | Da -50°C a 400°C | Valutazione della pressione: | Fino a 1000 psi |
| Evidenziare: | Industrial Alloy serpentine pipe,Power Plant serpentine pipe,10mm serpentine tubes |
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Descrizione di prodotto
The Serpentine Tube is manufactured using premium materials such as carbon steel, alloy steel, and stainless steel to ensure durability and resistance to high temperature and pressure conditions. Its customized sizing capability allows it to meet specific project requirements and adapt to different system configurations. The continuous curved design of the Serpentine Tube increases the effective heat transfer area, enabling efficient heat exchange in compact spaces. This design also improves fluid flow distribution, ensuring consistent and stable performance in industrial environments.
The Serpentine Tube is widely used in boiler heat exchangers, economizers, condensers, and waste heat recovery systems. It is suitable for industries such as power generation, petrochemical processing, oil and gas, metallurgy, and manufacturing. The Serpentine Tube plays a crucial role in improving energy efficiency by transferring heat from flue gases to working fluids. Its flexibility and high efficiency make it a preferred choice for a wide range of industrial applications across global markets.
| Item | Details |
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| Product Name | Boiler Economizer Serpentine Tube |
| Material | Alloy steel carbon steel |
| Tube Shape | Serpentine Tube structure |
| Tube Diameter | 25 mm to 89 mm |
| Wall Thickness | 3 mm to 10 mm |
| Operating Temperature | Up to 600 degrees Celsius |
| Pressure Rating | Suitable for high pressure systems |
| Application | Boiler economizer heat recovery |
| Surface Treatment | Anti corrosion coating optional |
| Manufacturing Standard | ASME EN or GB standards |
The Serpentine Tube offers superior heat transfer efficiency due to its extended surface area and optimized design. This significantly improves system performance and reduces fuel consumption. The custom sizing feature of the Serpentine Tube allows precise integration into various equipment, ensuring optimal efficiency.
Another key advantage is its durability and long service life. The Serpentine Tube is built with high quality materials that provide excellent resistance to corrosion, high temperature, and pressure. This reduces maintenance requirements and ensures reliable operation over time.
Additionally, the Serpentine Tube supports compact system design by maximizing heat exchange within limited space. Its flexible structure allows easy installation and integration into different industrial systems. The energy efficient design also contributes to reduced emissions and environmentally friendly operation.
The Serpentine Tube is widely exported to international markets including Asia, Europe, North America, and the Middle East. With increasing demand for energy efficient heat recovery solutions, the Serpentine Tube has become a preferred choice for power plants and industrial facilities worldwide.
In conclusion, the Industrial Alloy Steel Carbon Steel Boiler Economizer Serpentine Tube for power plants provides a durable, efficient, and high performance Serpentine Tube solution for global industries seeking advanced heat transfer and energy saving technology.
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