China Suppliers Factory for Custom Aluminum Plate Fin Heat Exchangers in Wind Power Industry
Product Description
We have a large production capacity with stringent quality control. Our heat sinks comply with international standards and widely used by major wind turbine manufacturers. Compared to traditional sheet metal heat sinks, our extruded aluminum heat sinks offer higher performance, durability and cost-effectiveness. If you look for reliable wind turbine heat sinks, contact us today!
Specification
| Product name | Plate Fin Heat Exchanger For Wind Power Industry New Energy |
| Structure | Plate Fin Heat Exchanger |
| Fin types | Plain fin, Offset fin, Perforated fin, Wavy fin, Louvered fin |
| Standard | CE.ISO,ASTM.DIN.etc. |
| Medium | Oil, Air, Water |
| Fin Material | 3003 Aluminum |
| Tank material | 5A02 Aluminum |
| Working pressure | 2-40 Bar |
| Ambient temp | 0-50 Deg C |
| Working temp | -10-220 Deg C |
Reasons To Choose Our Products
Reliability Guarantee
Aluminum plate fin type wind power new energy radiator is made of high quality aluminum alloy material, after strict design and experimental testing, its reliability is well guaranteed. As an important component of wind power equipment, radiator needs to work in complex environment for a long time. We have carried out endurance fatigue test, high and low temperature fatigue test and other tests on this product, which fully verify its excellent performance and long service life under various harsh conditions. In addition, we also monitor the radiator in operation on site, and the results show that its performance is stable and reliable. The high thermal conductivity and excellent mechanical properties of aluminum effectively guarantee the long-term excellent performance of the radiator. Customers can use it with confidence without worrying about quality problems, which is also a major advantage of this product in the field of new energy.
Customization Ability
Our aluminum plate fin radiators are designed to be customized not only to the specific model parameters provided by the customer, but also to the installation location and operating environment of different wind turbines. In addition, we can also provide different specifications and models of products for customers to choose according to customer fan output size and heat dissipation requirements. This greatly expands its scope of application in the field of new energy.
Corrosion Resistance
Aluminum plate fin type wind power new energy radiator is made of high-quality aluminum alloy material, with excellent corrosion resistance. As a key component of wind power equipment working in the field for a long time, radiator faces the risk of corrosion damage caused by various harsh natural environments. However, the product uses aluminum alloy with strong corrosion resistance, and after careful protection treatment, it can effectively resist the influence of various corrosion sources such as sea salt and acid rain, and it can operate stably in different environments for a long time.
Frequently Asked Questions
Q: What materials are used for the plate fin heat exchanger?
The fin material is made of high-quality 3003 Aluminum, and the tank material is constructed with 5A02 Aluminum, ensuring excellent thermal conductivity and high corrosion resistance.
Q: Can this heat exchanger be customized for specific wind turbines?
Yes, we offer custom designs tailored to your specific model parameters, installation locations, operating environments, fan output sizes, and heat dissipation requirements.
Q: What is the working pressure and temperature range?
The heat exchanger operates under a working pressure of 2-40 Bar, with a working temperature range of -10 to 220 Deg C and an ambient temperature range of 0-50 Deg C.
Q: How does the product resist outdoor corrosion?
It utilizes a highly corrosion-resistant aluminum alloy combined with specialized protective treatments, allowing it to withstand harsh elements such as sea salt and acid rain.
Q: Why is extruded aluminum better than traditional sheet metal?
Extruded aluminum plate fin heat sinks offer significantly higher thermal performance, greater structural durability, and better long-term cost-effectiveness compared to traditional sheet metal alternatives.