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Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency

Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency

MOQ: 3
prezzo: 1500
Informazioni dettagliate
Sopravaganza del tubo di base:
25,4 mm ~ 1600mm
Spessore del tubo di base:
2,5 mm ~ 40 mm
Altezza delle pinne:
0,5 mm ~ 20,0 mm
Spessore delle pinne:
0,5 mm ~ 3,0 mm
Pitch pin:
5 mm ~ 25,4 mm
Materiale:
Acciaio al carbonio, acciaio legato, acciaio inossidabile
Length:
0
Tipo di tubo di base:
saldato o senza cuciture
Trattamento superficiale:
Dipinto
Compatibilità dei combustibili:
Biomassa, carbone, gas, rifiuti
Struttura:
tubo dell'acqua
Pacchetto di trasporto:
telaio in ferro
Capacità di alimentazione:
500 tonnellate al mese
Coefficiente di trasferimento di calore:
Proporzionale al passo delle alette
Caduta di pressione:
Aumenta con l'altezza/larghezza della pinna
Evidenziare:

Alloy Steel Boiler Fin Tube

,

Customized Specification H-fin Tube

,

High Heat Transfer Efficiency Finned Tube Heat Exchanger

Descrizione del prodotto
High-Quality Alloy Steel Radiator Finned Pipe
Advanced heat exchanger solutions engineered for exceptional performance in industrial applications.
Product Overview
Our H-type finned tube heat exchanger elements deliver exceptional heat transfer capabilities with superior self-cleaning properties. These components excel in flue gas waste heat recovery applications, particularly during boiler renovations and system upgrades.
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 0
To enhance heat exchange efficiency and optimize surface heat transfer, H-type finned tubes have become essential in modern boilers and waste heat recovery systems. Derived from rectangular finned tubes, these components feature a unique grooved structure that provides outstanding anti-wear and anti-fouling performance.
Technical Performance
The convective heat transfer coefficient is directly proportional to fin pitch, while inversely related to fin height and width. Overall heat transfer capacity is influenced by fin efficiency, convective heat transfer, and finned ratio. Note: Pressure drops increase with greater fin height and width.
Product Specifications
Parameter Range
Base Tube O.D. (mm) 25.4 mm ~ 1600 mm
Base Tube Thickness (mm) 2.5 mm ~ 40 mm
Fin Height (mm) 0.5 mm ~ 20.0 mm
Fin Thickness (mm) 0.5 mm ~ 3.0 mm
Fin Pitch (mm) 5 mm ~ 25.4 mm
Material Options Carbon Steel, Alloy Steel, Stainless Steel
Length 0 < L ≤ 12000 mm
Product Features
Base Pipe
Welded or seamless construction options
Materials
Carbon steel, alloy steel, stainless steel, non-ferrous alloys and nickel alloys
Applications
H economizer, H evaporator, H superheater, H air heater and related systems
Customization & Quality
We customize our products to meet specific customer requirements, ensuring the design and manufacture of safe, reliable, and efficient H-fin tubes. At HD Boiler, we maintain rigorous stand-alone product quality assurance systems. Our H-fin tubes are known for their high heat transfer efficiency, flue gas resistance, and space-saving design.
Packaging & Shipping
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 1
  • Special cargos (overlength, overwidth, overheight, overweight) utilize frame boxes for easier handling
  • Standard goods shipped in ordinary containers
  • All goods securely reinforced after loading for safe transportation
Company Profile
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 2
Zhangjiagang Hua Dong Boiler Co., Ltd.
Established in 1985, our company specializes in manufacturing power station boilers, industrial boilers, HRSGs, waste incineration boilers, biomass boilers, and related heating surface components. We offer comprehensive services including design, manufacturing, installation, and maintenance.
Our Advantages
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 3
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 4
With 38 years of industry expertise in research, development, and manufacturing, we possess substantial production capacity to meet diverse industrial needs.
Quality Control
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 5
  • Impact test and strength calculations with detailed material information
  • Comprehensive NDT (non-destructive testing) reports for steel plates, tubes, and electrodes
  • Extensive X-ray, γ-ray, and liquid penetrant test inspections of welding seams
  • Hydraulic test reports ensuring standard working pressure and safety
We maintain a complete quality assurance and control system, certified to International Quality Standards. Our quality assurance system complies with national regulations, standards, and technical requirements. We exercise stringent control over the entire manufacturing process to ensure every product meets contract requirements and national standards through meticulous inspections and tests.
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 6
Certifications
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 7
Certified to International Quality Standards
Global Sales
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 8
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 9
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 10
Frequently Asked Questions
For detailed technical specifications, customization options, pricing, and delivery information, please contact our sales team for personalized assistance.
prodotti
Dettagli dei prodotti
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency
MOQ: 3
prezzo: 1500
Informazioni dettagliate
Sopravaganza del tubo di base:
25,4 mm ~ 1600mm
Spessore del tubo di base:
2,5 mm ~ 40 mm
Altezza delle pinne:
0,5 mm ~ 20,0 mm
Spessore delle pinne:
0,5 mm ~ 3,0 mm
Pitch pin:
5 mm ~ 25,4 mm
Materiale:
Acciaio al carbonio, acciaio legato, acciaio inossidabile
Length:
0
Tipo di tubo di base:
saldato o senza cuciture
Trattamento superficiale:
Dipinto
Compatibilità dei combustibili:
Biomassa, carbone, gas, rifiuti
Struttura:
tubo dell'acqua
Pacchetto di trasporto:
telaio in ferro
Capacità di alimentazione:
500 tonnellate al mese
Coefficiente di trasferimento di calore:
Proporzionale al passo delle alette
Caduta di pressione:
Aumenta con l'altezza/larghezza della pinna
Quantità di ordine minimo:
3
Prezzo:
1500
Evidenziare

Alloy Steel Boiler Fin Tube

,

Customized Specification H-fin Tube

,

High Heat Transfer Efficiency Finned Tube Heat Exchanger

Descrizione del prodotto
High-Quality Alloy Steel Radiator Finned Pipe
Advanced heat exchanger solutions engineered for exceptional performance in industrial applications.
Product Overview
Our H-type finned tube heat exchanger elements deliver exceptional heat transfer capabilities with superior self-cleaning properties. These components excel in flue gas waste heat recovery applications, particularly during boiler renovations and system upgrades.
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 0
To enhance heat exchange efficiency and optimize surface heat transfer, H-type finned tubes have become essential in modern boilers and waste heat recovery systems. Derived from rectangular finned tubes, these components feature a unique grooved structure that provides outstanding anti-wear and anti-fouling performance.
Technical Performance
The convective heat transfer coefficient is directly proportional to fin pitch, while inversely related to fin height and width. Overall heat transfer capacity is influenced by fin efficiency, convective heat transfer, and finned ratio. Note: Pressure drops increase with greater fin height and width.
Product Specifications
Parameter Range
Base Tube O.D. (mm) 25.4 mm ~ 1600 mm
Base Tube Thickness (mm) 2.5 mm ~ 40 mm
Fin Height (mm) 0.5 mm ~ 20.0 mm
Fin Thickness (mm) 0.5 mm ~ 3.0 mm
Fin Pitch (mm) 5 mm ~ 25.4 mm
Material Options Carbon Steel, Alloy Steel, Stainless Steel
Length 0 < L ≤ 12000 mm
Product Features
Base Pipe
Welded or seamless construction options
Materials
Carbon steel, alloy steel, stainless steel, non-ferrous alloys and nickel alloys
Applications
H economizer, H evaporator, H superheater, H air heater and related systems
Customization & Quality
We customize our products to meet specific customer requirements, ensuring the design and manufacture of safe, reliable, and efficient H-fin tubes. At HD Boiler, we maintain rigorous stand-alone product quality assurance systems. Our H-fin tubes are known for their high heat transfer efficiency, flue gas resistance, and space-saving design.
Packaging & Shipping
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 1
  • Special cargos (overlength, overwidth, overheight, overweight) utilize frame boxes for easier handling
  • Standard goods shipped in ordinary containers
  • All goods securely reinforced after loading for safe transportation
Company Profile
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 2
Zhangjiagang Hua Dong Boiler Co., Ltd.
Established in 1985, our company specializes in manufacturing power station boilers, industrial boilers, HRSGs, waste incineration boilers, biomass boilers, and related heating surface components. We offer comprehensive services including design, manufacturing, installation, and maintenance.
Our Advantages
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 3
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 4
With 38 years of industry expertise in research, development, and manufacturing, we possess substantial production capacity to meet diverse industrial needs.
Quality Control
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 5
  • Impact test and strength calculations with detailed material information
  • Comprehensive NDT (non-destructive testing) reports for steel plates, tubes, and electrodes
  • Extensive X-ray, γ-ray, and liquid penetrant test inspections of welding seams
  • Hydraulic test reports ensuring standard working pressure and safety
We maintain a complete quality assurance and control system, certified to International Quality Standards. Our quality assurance system complies with national regulations, standards, and technical requirements. We exercise stringent control over the entire manufacturing process to ensure every product meets contract requirements and national standards through meticulous inspections and tests.
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 6
Certifications
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 7
Certified to International Quality Standards
Global Sales
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 8
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 9
Alloy Steel Boiler Fin Tube with Customized Specification for High Heat Transfer Efficiency 10
Frequently Asked Questions
For detailed technical specifications, customization options, pricing, and delivery information, please contact our sales team for personalized assistance.
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