"spiral welded steel pipe"
ASME-Standard-Hochwertige H-Finn-Röhre mit individuellem Design für effiziente Wärmeübertragung in Kesseln
ASME-zertifizierte Spiralrippenrohre für Kessel und Wärmetauscher. Kundenspezifische H-Lamellen-Designs aus Edelstahl bieten eine hohe Wärmeübertragungseffizienz, geringen Widerstand und Haltbarkeit. Ideal für Economizer, Verdampfer und Überhitzer. Erhältlich in Kohlenstoffstahl, legiertem Stahl und Nickellegierungen.
SA213/ASTM Edelstahlkessel Spirale Flossenröhrchen mit hochwirksamer Spirale
Product Description As a high-efficiency heat transfer element, the serrated spiral fin tube has the advantages of high heat transfer efficiency, compact structure, high reliability and wide application range. The specific advantages are as follows: 1). High heat transfer efficiency: Because the fins increase the surface area of the tube, the heat transfer speed is faster and the heat transfer efficiency is higher. 2). Compact structure: The compact structure of the extruded
Hochfestes Kessel-Flossen-Rohr integrierte verdrängte gewundene Art beständige Korrosion
Boiler Fin Tube High Strength Integrated Extruded Spiral Type Resistant Corrosion Product Description 1.Finned Tube Heat Exchangers consist of a shell and finned tubes assembly. 2.Fins are used to increase the effective surface area of heat exchanger tubing. 3.Finned tubes are used when the heat transfer coefficient on the outside of the tubes is appreciably lower than that on the inside;as in heat transfer from a liquid to a gas,vapor to a gas ,such as steam to air heat
CS TP316 Kohlenstoffstahl-organischer Wärmeträger-Dampfkessel
Product Type organic heat carrier boiler carbon steel any color Perfect Automatic Control Excellent Coil Design Product Range Rated thermal power: 0.7MW - 29MW (60xl04Cal/hr - 2500xl04Cal/hr) Design pressure: 0.6MPa - 1.6MPa Specific parameters are shown in Table Structural features of this series of products There are two types of structure: vertical(YYL) and horizontal(YYW). The boiler surface adopts the tightening-tube-arrangement with spiral structure. The chimney adopts
Kesselflossenröhre Typ H mit selbstreinigenden Eigenschaften, Rückgewinnung der Abwärme aus Rauchgasen und Verschleißsicherung
Boiler Pressure Parts CS Boiler Fin Tube Heat Exchanger for CFB Boiler Economizer Product Description H-type finned tube heat exchanger elements maintain a high capacity for heat transfer, possess superior self-cleaning properties and retain the ability to effect flue gas waste heat recovery in boiler renovations. Convective heat transfer coefficient is proportional to fin pitch, but inversely proportional to fin height and fin width. Key Features High heat transfer
Hochtemperatur-bemalte Kesselrohre für Membranwände
High-Temp Painted Boiler Tubes For Membrane Walls Customized What is a Boiler Steel Tube? A boiler steel tube is a seamless or welded steel pipe designed for high-temperature and high-pressure environments, used to transport water, steam, or flue gas in boiler heat exchange systems. Product Description Product Ttem Grade Chemical composition C Si Mn P.≤ S.≤ Cr Ni others Carbon steel 1 10 0.07/0.13 0.17/0.37 0.35/0.65 0.03 0.03 ≤0.15 ≤0.30 Cu≤0.25 2 20 0.17/0.23 0.17/0.37 0.35
Industrielles 40mm Aluminium-Kessel-Flossen-Rohr 1060 für Wärmeübertragung
Product Description Fin Tube,Extruded Fin tube,Welding Fin tube,L/LH Type Fin Tube,H Type Fin tube with Material A179/Alu1060,stainless steel,copper,copper nickel Technical parameters The high degree of fin 0-16mm(or outside diameter of fin φ25-φ75); Pitch of fins 2.0-5.0mm; Length of finning tube 0.5~ 14m. Single metal rolling finning tube Pure aluminum 1060 or aluminum alloy 6063,6061. Outside diameter Shall be less than 40mm Double metal rolling finning tube Tube-based
Rostfreier SGS-Kessel-Flossen-Rohr-Wärmetauscher für Kraftwerk-Ekonomiser
Stainless Carbon Steel Fin Tube Heat Exchanger For Power Plant Economizer Product Description Fin tubes is an important part of boiler for utility/power stantion plant. Our products include Fin Tube,Extruded Fin tube,Welding Fin tube,L/LH Type Fin Tube,H Type Fin tube with Material A179/Alu1060,stainless steel,copper,copper nicke and so on. Concrete parameters as below: Technical parameters The high degree of fin 0-16mm(or outside diameter of fin φ25-φ75); Pitch of fins 2.0-5
Spezielle Serpentinkomponenten für Kesselsysteme mit Druck von 5000 PSI
Custom Serpentine Components For Boiler Systems-5000 PSI Pressure Rating What are the advantages of serpentine tubes over straight pipes? They increase surface area for better heat transfer efficiency and save space. Descriptions Product Name Power Plant Boiler Single Serpentine With SS / CS / Alloy Material Structure Type Tube Coil Serpentine Coil Tube Material Corten Steel, ND Steel (09CrCuSb) Manufacturer Grade China A Grade Tube Type Bare Tube Tube Specification As
2.5mm Stärke-Ekonomiser-Wärmeübertragungs-Kessel-Flossen-Rohr
2.5mm Thickness Welding H Fin Tube Bending For Economizer Heat Transfer H Fin Tube Introduction H-type tube, has a high rate of fusion welds and weld tensile strength. There is little contact resistance, and heat transfer performance and scalability are additional advantages. The H-fin tube is assembled with the H economizer, which has high efficiency, low resistance, and light weight. Compared to the traditional fin tube or spiral tube the H-fin tube can greatly expand the
Ordnen Sie ein 100 Mw-Kraftwerk verdrängte Rippenrohr-einzelnes Serpentin SS CS Legierungs-Material
Grade A 100 Mw Power Plant Extruded Finned Tube Single Serpentine SS CS Alloy Material Descriptions Product Name Grade A 100 Mw Power Plant Boiler Single Serpentine With SS / CS / Alloy Material Structure Type Tube Coil Serpentine Coil Tube Material Corten Steel, ND Steel (09CrCuSb) Manufacturer Grade China A Grade Tube Type Bare Tube Tube Specification As Customers' required Tube Wall Thickness As Customers' required Working Pressure Depends on the material Working
En-LÄRM Überhitzer-Serpentin-Rohr GB-ASME für Dampfkessel im Kraftwerk
GB/ASME/EN/DIN Superheater Serpentine Coil for Steam Boiler Certificated Benefits 1.It recovers more heat of flue gases which normal air pre-heater cannot do. 2.Due increase in fuel prices, all power plants are facing pressure for increasing boiler efficiency. So by using economizer, this pressure can be minimized. 3.Power plants where it is not used, a large quantity of water is required to cool the flue gas before desulphurization which is minimized by using economizers. 4
