ASME Boiler Superheater 100MW Thermal Power Plant Superheater Tubes
Product Details
| Product Name: | Serpentine Superheater Coil | Application: | Boiler Steam Superheating (Convective Section) |
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| Tube Material: | 20G (SA-210) / 15CrMoG (SA-213 T12) / 12Cr1MoVG (T11/T22) | Material: | 12Cr1MoVG (SA-213 T11/T22) / T91 (SA-213 T91) |
| Applicable Boiler Capacity: | 1t/h - 130t/h | Applicable Boiler Pressure: | 9.8MPa - 25.4MPa |
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Product Description
Superheater Tubes And Panels ASME Certified High-Efficiency Thermal Power Plant
| Specification | Technical Details (Utility-Scale Boilers) |
| Target Application | 100MW to 1000MW+ Thermal Power Plants |
| Design Pressure | 13.5 MPa to 25.4+ MPa (Subcritical to Supercritical) |
| Operating Temperature | 540°C to 600°C (1,000°F to 1,112°F) |
| Tube Metallurgy | Low-Alloy Steel, Stainless Steel |
| Code Compliance | ASME, CE / PED, IBR |
| Structural Arrangement | Pendent, Platen, Horizontal, or Convective |
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What is the difference between a primary and secondary superheater?The primary (or convective) superheater receives steam from the drum and operates at a lower temperature in the rear gas pass. The secondary (or radiant) superheater is positioned closer to the combustion zone to absorb intense radiant heat, raising the steam to its final peak temperature before it enters the turbine.
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How do you prevent high-temperature ash corrosion in your superheater tubes?We mitigate ash deposition and corrosion by carefully selecting high-chromium alloys, optimizing the tube pitch (spacing) to manage flue gas velocity, and applying specialized protective tube shields in high-wear zones.
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Are your superheaters supplied with international manufacturing certifications?Yes. All pressure parts are delivered with comprehensive Material Test Reports (MTRs) and can be fully certified and stamped according to ASME, IBR, or European CE/PED standards based on your specific project jurisdiction.
Product Highlights
Superheater Tubes And Panels ASME Certified High-Efficiency Thermal Power Plant Usage and Application The boiler superheater is an indispensable pressure part in modern utility-scale power generation. Its primary function is to absorb intense heat from the furnace flue gas and convert saturated ...
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