Energy Saving Extruded Finned Tubes for Compressed Air Dryers - 5-26 FPI, 0-12mm Fin Height, ISO 9001 Certified
High-performance extruded finned tubes designed specifically for compressed air dryers, offering superior heat transfer efficiency and energy savings.
- Roll forming manufacturing process for enhanced structural integrity
- Higher heat transfer efficiency compared to HF welding and wrapped fin tubes
- Cost and space savings due to compact, high-efficiency design
- ISO 9001:2008 quality certified manufacturing
- Global distribution network serving USA, Australia, Germany, and more
Example: M-11045.180100.00
| M | 11 | 045 | 180 | 100 | 00 |
|---|---|---|---|---|---|
| M=Medium Height H=High L=Low |
Minimum fins per Inch | Fin Height in 1/10 mm | Minimum Root Diameter in 1/10 mm | Root Wall-thickness in 1/100 mm | Inner Surface Code 00=plain 01=Undulated 02=Grooved |
- Raw material procurement based on customer specifications
- Incoming material quality inspection
- Roll forming process with continuous monitoring
- Custom length cutting
- Finned tube specification verification
- Optional secondary processing: de-fin, soft annealing, bending, coiling, welding
- Final cleaning, pressure testing, drying, and packaging
Our extruded finned tubes utilize advanced roll forming technology that transforms the outer surface of seamless plain tubes into integrated fins. This manufacturing process creates an inseparable bond between fin and tube, eliminating thermal resistance and maximizing heat exchange efficiency. The extruded construction provides superior performance in demanding applications with enhanced structural integrity, vibration resistance, corrosion protection, and extended service life.
We offer both single metal tubes (Copper, Aluminum, Copper Nickel) and bimetallic tubes with a hard core material and outer tube rolled for optimal thermal contact.
Customizable Dimensions:
- Fin Height: 0-12mm
- Fins per Inch: 5-26
- Fin Thickness: 0.3-0.5mm
- Wall Thickness: 0.7-2mm
- Custom outside and inside diameters available
- Optimized surface area ratio for maximum heat transfer
- High thermal exchange rates
- Enhanced structural strength from roll forming
- Flexible configurations: straight, bent, or coiled
- Minimal thermal resistance between fins and tube
- Excellent shock and thermal expansion resistance
- Energy and cost savings through extended service life
- Heating systems: gas-fired boilers, condensing boilers, flue gas condensers
- Mechanical engineering: oil coolers, mine coolers, diesel engine air coolers
- Chemical processing: gas coolers, heaters, process coolers
- Power generation: air coolers, cooling towers
- Nuclear engineering: uranium enrichment facilities
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.