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Las bobinas de los supercalentadores de la caldera
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Pared de membrana de la caldera
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Ahorrador de la caldera
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Tubo de aleta de la caldera
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tambor de vapor de la caldera
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El panel de pared del agua de la caldera
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Cañones de cañones
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Sobrecalentador y recalentador
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Calentador Precalentador de aire
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Sobrecalentador de la caldera
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AlexanderProveedores confiables -
LouisHa sido un placer trabajar contigo.
ASME Certified Industrial Power Plant Superheater Coils - High Temp Horizontal Type
| Lugar de origen | Porcelana |
|---|---|
| Nombre de la marca | Saneco |
| Certificación | ASME, EN, GB, ISO |
| Número de modelo | Supercalentador secundario |
| Cantidad de orden mínima | 20 toneladas |
| Precio | Negociable |
| Detalles de empaquetado | Marco de acero |
| Tiempo de entrega | 60 ~ 80 días |
| Condiciones de pago | L/C, T/T, Western Union, |
| Capacidad de la fuente | 6000 toneladas/año |
Póngase en contacto conmigo para muestras y cupones gratis.
WhatsApp:0086 18588475571
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Si tiene alguna preocupación, ofrecemos ayuda en línea las 24 horas.
x| Tipo de bobina | De forma de U o recta | Material | Acero al carbono, acero de aleación, acero inoxidable, cobre, aluminio, etc. |
|---|---|---|---|
| Disposición de la bobina | Horizontal o vertical | Grosor del tubo | Personalizado |
| Color | Personalizado | Aplicación | Planta de energía o incinerador de residuos |
ASME Certified Industrial Power Plant Superheater Coils - High Temp Horizontal Type
What are the primary risks of superheater coil failure?
Failure may cause high-pressure steam leaks, leading to equipment damage or safety incidents, especially under high-temperature and high-pressure conditions.
Description
A superheater is a component that heats saturated steam in an industrial boiler, turning it into superheated steam. Our superheater guarantees that the superheated steam temperature will fluctuate to within an allowable range (normally varies from 540℃ to 550℃) when the boiler is over loaded.
Superheaters and reheaters are important parts for the heating surfaces, used to increase steam temperature, aiming to improve steam enthalpy and further to increase the thermal circulation efficiency for power station.
The superheater, reheater and economizer of the boiler adopt serpentine tube heating surface. Due to a series of characteristics such as large number, different bending radius and many welded joints, the manufacturing process of serpentine heating surface is more complex and the productivity is lower. In recent years, in order to change this backward production appearance, China's major boiler plants have taken a series of measures in design and technology to improve the universality of product parts and components, creating necessary conditions for the mechanization, automation and organization of automatic production lines of serpentine pipe production. At present, China's major boiler plants have adopted automatic production lines with program control for the manufacture of coil heating surfaces.
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Differences
| Type | Advantages | Disadvantages | Supporting method |
| Pendant-type | 1.Firm structural support | 1. Flow blockage by condensed steam 2. Needs slow restart to purge the water that accumulates in the bottom. | supported from above |
| Inverted-type | 1.Proper drainage of the condensed steam | 1. Lack the structural rigidity, especially in high speed gas flow | Supported from below |
| Horizontal -type |
1. Proper drainage 2. Good structural rigidity. |
1. They do not view the flam directly so they are mainly from the convective type | Usually supported in the vertical gas ducts parallel to the main furnace. |

