Complaint
| Tube Materials | Fin Materials | Frame material | Medium |
| Copper Alloy Steel | Copper Alloy Steel | Copper Aluminum | Water air steam ammonia glycol co2 r410a R717 R744 |
| Carbon Steel Stainless Steel | Carbon Steel Stainless Steel | Carbon Steel Stainless Steel | |
| Cu-Ni Aluminum | Aluminum | Titanium As your required |
| Tube and Pipe Size available | |
| Plan Tube OD | 15.88/ 19.05/ 25.4/ 31.8/ 38.1/ 50.8/ 63.5/ 76.0 mm |
| Plan Pipe OD | 26.7 / 33.4 / 42.2 / 48.3 / 60.3 / 73.0 / 88.9 / 101.6 / 114.3 / 141.3 / 168.3 and 219.1 mm |
| FPI | 8~ 11 or as requirement. |
| Fin materials | aluminium, stainless steel, Copper, Special metals as required. |
| Fin Height Range | Solid Fin is 6.3 to 31.8 mm Serrated Fin is 12.7 to 38.1 mm |
Technical Specifications:
| Base Tube Material | stainless steel, carbon steel, copper alloy,alloy steel (No theoretical limit) |
| Fin Material | Aluminium,Copper Alloy,Stainless Steel,Carbon Steel |
| Fin tube Max design temperature | <450°C |
| Base pipe O.D | 25-165mm |
| Fins per inch | 20 Nos(as customer's request) |
| Fin depth | 0.5-3mm |
| Product processing | Extruded,Embedded,High Frequency Welding etc. |
| Fin Tube Type | Extruded fins tube |
| Serrated fin tubes | |
| L Type fins tube | |
| G Type fins tube | |
| L L Type fins tube | |
| H Type fins tube | |
| KL Type fins tube |
1. High thermal efficiency for effective heat transfer
2. Compact design resulting in small quantities of materials used for heat transfer surfaces
3. Low installation cost and maintenance costs
4. Easy dismantling and easy, rapid cleaning
5. High performance with low hold-up volume
6. Compact modular design , Easy to install
7. High quality, long lifetime.
