About U-Bend Finned Tubes
U-Bend Finned Tubes
From our inception in the year 1986, we are one of the leading manufacturers, exporters, traders and supplies U-Bend Finned Tubes in India. Our company is widely acclaimed worldwide for precisely engineered products and cost effective prices. We are supported by a team of highly experienced and committed professionals.We fabricate comprehensive range of U-Bend Finned Tubes with quality raw materials. Finned Tubes are fabricated with raw materials such as M.S, C.S, S.S, Copper, Brass and Aluminum. Further tubes are fabricated with mild steel, carbon steel, stainless steel, copper and brass.
We are an acclaimed name in the domain, engaged in manufacturing, exporting and supplying a superior quality U-Bend Finned Tubes. The provided tubes are manufactured under a strict supervision of our adept professionals using premium grade raw materials and advanced techniques. These tubes are used to install in heat exchangers to enhance the performance. Offered tubes are widely applauded in the international market for their ruggedness and accurate dimension. In addition to this, our clients can easily avail the offered U-Bend Finned Tubes in different dimensions at reasonable prices.
Features of U-Bend Finned Tubes:
- High durability
- Accurate size
- Sturdy design
- Perfect finish
Wide Range of Materials and SpecificationsOur U-Bend Finned Tubes come in customizable sizes, using top-grade materials such as 304, 316, 321 stainless steel, A179, A213, and CuNi 70/30 alloys. Diameters range from 12mm to 40mm (inner) and 16mm to 50mm (outer), with fin specifications tailored to maximize heat transfer in demanding environments.
Advanced Manufacturing TechniquesProduced by high frequency welding, extrusion, or spiral winding, our finned tubes guarantee optimal fin attachment for superior thermal efficiency. U-bends are formed with precise bend radii (1D to 1.5D), ensuring performance and reliability in compact installations.
Versatile Application and Strong ProtectionIdeally used in heat exchangers, boilers, condensers, and coolers, our tubes are suited to various industrial sectors. Each unit is securely packaged in wooden cases with customized protection to prevent damage during transit, ensuring safe delivery worldwide.
FAQs of U-Bend Finned Tubes:
Q: How are U-Bend Finned Tubes manufactured to ensure high heat transfer efficiency?
A: Our U-Bend Finned Tubes are produced via high frequency welding, extrusion, or spiral winding, resulting in precise fin placement and secure attachment. This ensures maximum surface area and heat transfer efficiency, critical for applications such as heat exchangers and condensers.
Q: What customization options are available for fin dimensions and materials?
A: Customers can specify fin material (aluminum, stainless steel, copper), fin height (up to 16mm), fin pitch (2mm to 10mm), and fin thickness (0.3mm to 0.5mm). The tube size, grade, and overall length (up to 12 meters) can also be tailored to your operational needs.
Q: When should I choose a U-Bend Finned Tube for my application?
A: U-Bend Finned Tubes are ideal when you require enhanced thermal efficiency in compact spaces, such as within heat exchangers or boilers. Their high heat transfer rate and customizable form make them suitable for demanding and specialized applications.
Q: Where are these finned tubes typically used?
A: These tubes are widely implemented in power plants, chemical industries, refineries, and HVAC systems for heat exchange, condensation, or cooling duties due to their durability and superior performance.
Q: What process ensures the quality and compliance of U-Bend Finned Tubes?
A: Every tube adheres to ASTM, DIN, ASME, and JIS standards. Each manufacturing batch undergoes rigorous quality inspections to guarantee mechanical performance, dimensional accuracy, and material integrity.
Q: What are the main benefits of using customized U-Bend Finned Tubes?
A: Customizable U-Bend Finned Tubes provide optimal heat transfer, space-saving designs, and compatibility with international standards. Their robust construction offers long-term reliability, reducing maintenance and improving operational efficiency.