1. High-quality materials: The wound L-type finned tube radiator uses high-quality large-diameter steel pipes as raw materials, which lays the foundation for its good performance and ensures a certain strength and durability.
2. High-frequency welding process: The high-frequency welding process is used for production, which makes the connection between the fins and the base tube more firm, and can ensure the stability of the structure during long-term use.
3. Surface treatment: The surface is painted with anti-corrosion paint or silver powder, which can effectively improve its corrosion resistance and extend its service life. It is suitable for various complex environments.
4. Winding process: The wound L-type finned tube is spirally distributed on the base tube through the winding process. This structure makes the heat transfer area several to dozens of times that of the light tube, which can greatly improve the heat exchange efficiency.
5. The tube sheet is tightly combined: For example, the straight-wound fin tube adopts a strong winding process, the tube sheet is tightly combined, the sheet spacing is uniform, the folds are small, and it is not easy to accumulate dust, which ensures the stability of the heat dissipation effect.
6. High heat transfer efficiency: Its heat transfer efficiency is more than twice that of the light tube. The spiral fin adopts equal-area deformation processing technology to reduce metal consumption. At the same time, the fin and the mother tube have a good metal contact surface, which can effectively reduce the flow resistance and further improve the heat transfer efficiency.
7. Wide applicable temperature and good heat resistance: It can maintain stable performance in a wide temperature range and meet the use requirements under different working conditions.
8. Good rigidity: Taking the G-KL-LL type fin tube as an example, its fin has good rigidity and is not easy to deform, which ensures the stability of the structure and the reliability of heat dissipation performance during use
9. Wide application field: It can be used for heating or drying operations in large areas such as industrial workshops, greenhouses, agricultural planting, animal husbandry, and pharmaceutical industries. It is also used in air coolers, air heaters in petrochemical, electric power, papermaking, tobacco, building heating and other industries, and spray drying systems in the food industry.
10. Good economy: Due to its efficient heat dissipation performance and long service life, it can reduce energy consumption and maintenance costs in long-term use, and has good economy. Therefore, it is deeply loved and welcomed by people in the radiator series equipment.
