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ASTM A335 P9 With 11Cr Studded Tube For High Temperature Service

YUHONG FIN TUBE
April 22, 2025
Category Connection: Fin Tube
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Tags:
#finned copper tube #heat exchanger fin tube #extruded finned tube
Brief: Discover the ASTM A335 P9 with 11Cr Studded Tube, designed for high-temperature service in petrochemical and energy industries. This studded tube enhances heat transfer efficiency, reduces thermal resistance, and offers superior self-cleaning capabilities. Ideal for fluidized bed reactors, hydrogenation reactors, and waste heat recovery systems.
Related Product Features:
  • ASTM A335 P9 with 11Cr Studded Tube improves heat transfer coefficient by 2-3 times compared to light tubes.
  • Features square and hexagonal circular equipartition arrangement welding for firm and durable studs.
  • Reduces thermal resistance and enhances heat transfer efficiency in high-temperature applications.
  • Compact design with low metal consumption per unit heat exchange, saving space and resources.
  • Self-cleaning capability due to vibrating studs under airflow, minimizing soot accumulation.
  • Suitable for high-viscosity oil, heavy oil, and other media requiring enhanced heat transfer.
  • Available in various sizes and materials, including C.S., S.S., and A.S., for customized applications.
  • Widely used in petrochemical, power, chemical, and marine industries for efficient heat exchange.
Faqs:
  • What are the key advantages of using ASTM A335 P9 with 11Cr Studded Tube?
    The studded tube enhances heat transfer efficiency, reduces thermal resistance, and offers self-cleaning capabilities, making it ideal for high-temperature applications in industries like petrochemical and energy.
  • How does the studded tube improve heat transfer compared to traditional tubes?
    The studded tube increases the heat transfer surface area by 2-3 times, and the vibrating studs disturb the fluid flow, significantly improving the heat transfer coefficient.
  • What industries commonly use ASTM A335 P9 with 11Cr Studded Tube?
    This studded tube is widely used in petrochemical, power, chemical, and marine industries, particularly in applications like fluidized bed reactors, hydrogenation reactors, and waste heat recovery systems.
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