Product Description
Carbon steel or stainless steel or aluminum made Studded Tubes with welded structure are used as essential parts of heater or heat exchanging devices. These are also used in heating furnace convection chamber. Hot rolled processing technique is adopted to manufacture these products. The high frequency spiral welding technology adopted by these tubes enables these to act against wear and transmit high frequency heat to their steel strip part. Convenient to install, these are easy to maintain and these possess good heat dissipation area. The smooth internal design of these Studded Tubes ensures their low internal flow resistance properties. Galvanized surface finishing, availability in different length and thickness level are some of the unique attributes of these tubes.
Features
- The provided items are made of standard grade aluminum or stainless steel or carbon steel
- We offer these in different length and thickness range
- Wear proof design
- High heat transferring capacity
Technical Details:
Pipe Details
| Pipe Diameter |
Min 2 Inch To Max 8 Inch Pipe |
| Materials |
Carbon Steel, Stainless Steel, Duplex & Super Duplex Steel, Alloy Steels (P5, P9, P11, P22), Inconel, High Chrome High Nickle & Incolloy Etc. (any Ferrous Material) |
Stud Details
| Stud Height |
Min 0.5" (12.7 Mm) To Max - 2.5"(63.5MM) |
| Stud Diameter |
Standard Size Is Circular For Extended Portion 0.5" (12.7MM) (can Be Changed As Per Customer Requirement) |
| Stud Spacing |
0.625" (15.875 Mm) Or 63 Studs Per Plane Per Meter (can Be Changed As Per Customer Requirement) |
| Stud Materials |
Carbon Steel, Stainless Steel And Alloy Steel(Any Ferrous Material) |
Superior Heat Transfer EfficiencyWelded studded tubes are engineered to maximize surface area and improve heat transfer rates in demanding industrial environments. With robust construction and innovative studding technology, these tubes ensure optimal thermal performance, contributing to greater energy efficiency in boilers and heat exchangers.
Exceptional Durability and Corrosion ResistanceManufactured from high-grade stainless steel, our studded tubes exhibit exceptional strength and resistance to corrosion. Their fine finishing not only enhances aesthetics but also prolongs operational life, even under harsh chemical or high-temperature conditions typically encountered in industrial refineries and power plants.
FAQs of Welded Studded Tubes:
Q: How are welded studded tubes utilized in industrial applications?
A: Welded studded tubes are primarily used to enhance heat transfer in boilers, refineries, and industrial heat exchangers. Their extended surface area facilitates improved thermal exchange, making them integral in maximizing process efficiency.
Q: What makes stainless steel welded studded tubes corrosion proof?
A: The use of high-quality stainless steel and superior manufacturing techniques makes these tubes highly resistant to corrosion, even in environments exposed to moisture, chemicals, or high temperatures.
Q: When should I choose welded studded tubes over conventional plain tubes?
A: Welded studded tubes are preferable when there is a need to boost heat transfer efficiency, particularly in applications where space is limited or thermal loads are substantial, such as industrial boilers and process heaters.
Q: Where can these studded tubes be effectively employed?
A: These tubes are ideal for use in industrial sectors like power generation, oil refineries, petrochemical plants, and chemical processing facilitiesanywhere efficient heat exchange is paramount.
Q: What is the manufacturing process behind welded studded tubes?
A: The manufacturing process involves welding metal studs onto the outer surface of stainless steel tubes, which increases the external surface area and enhances the tubes heat transfer capability.
Q: What are the key benefits of using welded studded tubes?
A: Key benefits include significantly improved heat transfer, high structural strength, longevity, corrosion resistance, and reduced maintenance requirements, making them a dependable choice for intense industrial operations.