Copper Finned Tubes supplier
SUPPLIER COPPER & BRASS TUBES TO EUROPE FOR DECADES
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Copper-finned tubes have many specialized properties and benefits that make them the better choice compared to alternative products for various industrial and commercial purposes. Made from high-quality copper, these tubes have been designed to improve heat transfer efficiency and durability in applications such as heat exchangers, air conditioning systems, and refrigeration units.
One of the major merits of copper-finned tubes is their excellent thermal conductivity. Copper has one of the highest thermal conductivity values among metals, enhancing efficient transfer across the tube surface. In its application, this property is important where there is a need for up-to-date yet quick exchange of heat, like in HVAC systems and heat exchangers. The use of copper fins enhances the effective transfer of heat between fluids, thus resulting in improved energy efficiency and overall system performance.
Copper Finned Tubes, ASTM B111 Copper Finned Tubing, Copper Low Finned Tubes, ASME SB111 Copper Alloy Finned Tube, Copper High Finned Tubes, Copper Fined Tube, Integrally Finned Tubes, Copper Fin Tube, Copper Finned Tubes Suppliers
Copper-finned tubes provide great corrosion resistance for long-term endurance under extreme operating conditions. Because it does not corrode naturally or oxidize easily, this metal ensures that even when exposed to a corrosive environment, the tubes remain intact and can operate properly, limiting the chances that degradation or failure may occur over time. In addition to this advantage, copper-finned tubes are used extensively in marine environments, chemical processing plants, and industrial cooling systems because they resist corrosion.
Furthermore, copper-finned tubes exhibit great mechanical strength and are durable enough. These additional fins on their surfaces increase the area where heat transfers occur while maintaining their structures. This design enables them to withstand high pressures and mechanical stresses without deformation or collapse, providing long-term reliability whenever requirements are tough.
They can be tailored to meet specific system configurations and performance needs to achieve optimal heat transfer across different applications. Besides having other properties needed by a given task, copper can be shaped and formed into various heat exchanger designs and sizes due to its malleability.
Copper-finned tubes have several advantages over other materials like aluminum or stainless steel. Aluminum fins are lighter and cheaper but lack copper’s thermal conductivity and durability. Stainless steel fins may offer corrosion resistance, but their thermal conductivity is not superior to that of copper.
Copper-finned tubes of the highest quality are our specialty; their exceptional thermal conductivity, corrosion resistance, and strength have made us famous. But we do not make just any copper-finned tubes. Our fins are made of high-quality copper to ensure that they give the highest performance in terms of heat transfer for diverse industries and commercial applications. We manufacture copper-finned tubes meant to meet the strictest international standards in terms of performance and energy efficiency due to our commitment to excellence and innovation.
Copper Finned Tubes Specification
| Material [ MOC ] | Copper SB111 UNS No. C-12200 / 12000 |
| Finning | As per SB-359 |
| Diameter | 9.52mm, 12.70mm, 15.88mm, 19.05mm, 22.20mm to 25.40mm |
| Wall Thickness | 0.91mm up to 4mm |
| No. of Fins per Inch | 19, 26, 30, 36, & 40 FPI |
| Application | Process Heaters, Waste Heat Boilers, Waste Heat Recovery Systems, Heating Equipments, Combined Cycle Boilers, Economizers for Boilers, Heat Exchangers, Oil Coolers, Plant Reformer Furnace, Evaporators, Chillers |
Finned Copper Pipe Dimensions
| Item | Fins/ Inch | Nominal dimensions(mm) | Finned section dimensions(mm) | Outsurfac earea (m2/m) | Insidecros ssectionalarea (mm2) | Surface area ratio out. To in. | ||||
|---|---|---|---|---|---|---|---|---|---|---|
| Wall thickness | Inside diameter | Root diameter (Min.) | Wall thickness(Min.) | Actual inside diameter | Fin diameter (Min.) | |||||
| High finned tube | 8 | 1.651 | 22.23 | 25.40 | 88 | 22.38 | 1.549 | 0.790 | 393.2 | 11.24 |
| 7 | 1.651 | 15.88 | 19.05 | 88 | 16.03 | 1.549 | 0.536 | 201.7 | 10.62 | |
| 1.651 | 22.23 | 25.40 | 88 | 22.38 | 1.549 | 0.713 | 393.5 | 10.13 | ||
| 9 | 1.651 | 15.88 | 19.05 | 88 | 16.03 | 1.549 | 0.664 | 201.7 | 13.18 | |
| Copper Embedded Finned Tube | ||||
|---|---|---|---|---|
| Fin Thickness (mm) | Base Tube Thickness (mm) | Base Tube O.D (mm) | Fin Height (mm) | Fin Pitch (mm) |
| 0.4 | 3.04 | 25.4 | 15.88 | 2.54 |
| Fin length (mm) | Fin Material | Base Tube Material | Tube Length (mm) | Fin Tube Quantity (Pc) |
| 9040 | Copper | ASTM A179 | 9144 | 740 |
Brassco Tubes is a leading Copper Finned Tubes Manufacturer, Supplier & Stockist in Europe.
Manufacturing Process
Melting & Casting
Extruding, Drawing & Pilgering
Cutting
Packing & Inspection
Annealing
Types Of Copper Finned Tubes
Copper Alloy Finned Tube
Copper Alloy Safety Finned Tubing
Copper Integrally Low Finned Tubes
Other Types Of Copper Finned Tubes
- Copper Alloy Finned Tube
- Copper C12200 Finned Tubes Stockist
- Copper C12000 Finned Tubes
- Copper Enhanced Surface Finned Tubes
- Copper Low-Finned Tubes
- Copper Medium-High Finned Tubes Supplier
- Copper High Finned Tubing
- Copper Alloy Safety Finned Tubing
- Copper Alloy Finned Tube manufacturer
- ASTM B111 Copper High Efficiency Finned Tube
- Copper Extruded Finned Tubing
- Copper Integral Low Finned Tube
- Copper Integrally Low Finned Tubes
- Copper Medium Fin Tubes
- Copper U Bend Finned Tube
- Copper Low Finned Tubes
- Copper Internal Grooved Finned Tube
- Copper Finned U Bend Tubes
- Copper External Fins With Internal Ribs Tubes
- Copper Corrugated Finned Tube
- ASME B111 Copper L Finned Tube
- Copper LL Finned Tubes
- Copper Alloy G Finned Tubing
- Copper KL Finned Tubes
- Copper Double L Finned Tube
- Copper Fined Tubing Stockholder
- Copper Finned Tube For Heat Exchanger
- Straight Finned Copper Tube
- Copper Finned Tube for Heating Equipments
- Copper 100% Finned Tube
- Copper Leak Proof Finned Tubes
- Integrally Finned Copper Tubes
Types of finned tubes and their advantages
| Type | Fin Attachment Method | Max Temp (°C) | Corrosion Resistance | Mechanical Strength | Best For | Advantages |
| G-Fin (Embedded) | Fin embedded in groove on base tube | 400 | Good | High | High-temp petrochemical, power, gas turbines | High heat transfer efficiency, excellent fin retention, thermal cycling resistance |
| L-Fin | L-shaped fin wrapped under tension | 175 | Moderate | Moderate | HVAC, radiators, moderate conditions | Cost-effective, easy to manufacture, moderate heat transfer, protects base tube |
| KL-Fin | Knurled L-fin for stronger bond | 250 | Moderate | High | Industrial with moderate-high duty | Stronger bond than L-fin, higher temperature tolerance, popular industrial choice |
| LL-Fin | Overlapping L-fins for full tube coverage | 180 | High | Moderate | Air-cooled condensers, corrosion-sensitive | Full tube coverage, enhanced corrosion protection, reduced galvanic action |
| Crimped | Crimped/wavy fin helically wound | 120 | Moderate | Moderate | Flue gas, furnace exhaust, marine | Increased turbulence and surface contact, effective in gas-to-air exchangers |
| Extruded | Aluminum sleeve extruded over tube | 300+ | Excellent | High | Offshore, coastal, fouling environments | Excellent corrosion resistance, strong bond, suitable for harsh environments |
| Integral Low-Fin | Fins machined directly from tube | 300+ | High | Very High | Refrigeration, compact exchangers | No dissimilar metals, high structural integrity, ideal for compact systems |
| Welded | Fins welded to tube | 500 | Moderate–High | Maximum | Boilers, heat recovery, heavy industry | Maximum durability and heat transfer under extreme conditions |
Application Industries for Copper Finned Tubes
Products