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High-Quality Aluminum Heat Sinks for Wind Power Industry | China Suppliers & Factory
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High-Quality Aluminum Heat Sinks for Wind Power Industry | China Suppliers & Factory

As a prominent manufacturer and supplier of aluminum heat sinks in China, we specialize in delivering high-quality, customizable solutions designed for new energy wind turbines. Our aluminum heat sinks, crafted from high-purity and durable aluminum alloy, boast exceptional thermal conductivity, optimizing heat dissipation for power electronics, Leveraging advanced extrusion and die-casting techniques, our factory produces heat sink fins with meticulously optimized shapes, spacing, thickness, and surface area. With over 15 years of R&D expertise, our designs are tailored to meet the specific needs of various wind turbine capacities, ranging from 1MW to 10MW, We conduct in-depth computational fluid dynamics simulations and thermal analysis to engineer the most efficient heat sink designs that satisfy your requirements. Our range of customizable solutions includes various fin spacing, layouts, and assembling mechanisms. Built to endure harsh environments, our heat sinks effectively dissipate heat to ensure the smooth and reliable operation of power converter modules. Choose us as your trusted partner in China for high-performance aluminum heat sinks

    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!

    Plate Fin Heat Exchanger For Wind Power Industry N2v5n
    Plate Fin Heat Exchanger For Wind Power Industry N3x0p
    Plate Fin Heat Exchanger For Wind Power Industry N4sjl
    Plate Fin Heat Exchanger For Wind Power Industry N6m7l
    Plate Fin Heat Exchanger For Wind Power Industry N8fne
    Plate Fin Heat Exchanger For Wind Power Industry N9g85

    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 (FAQ)

    What are the advantages of your extruded aluminum heat sinks compared to traditional sheet metal heat sinks?
    Compared to traditional sheet metal heat sinks, our extruded aluminum heat sinks offer higher performance, durability, and cost-effectiveness.
    Which standards do your plate fin heat exchangers comply with?
    Our heat sinks are manufactured to comply with international standards including CE, ISO, ASTM, and DIN.
    Can these wind power radiators be customized to specific requirements?
    Yes, we offer full customization ability. We can customize the products based on specific model parameters, installation locations, operating environments, fan output sizes, and heat dissipation requirements.
    How do you ensure the reliability of the wind turbine heat sinks?
    We perform strict design and experimental testing, including endurance fatigue tests and high/low temperature fatigue tests. Additionally, we monitor the radiators during on-site operations to guarantee stable, long-term performance.
    How do the radiators perform in harsh natural environments?
    Our radiators are made from high-quality aluminum alloys (like 3003 and 5A02) with strong corrosion resistance. After protective treatments, they effectively resist corrosion from sources like sea salt and acid rain, making them ideal for long-term field operations.
    What are the operating temperature and pressure ranges for these heat exchangers?
    The working pressure ranges from 2 to 40 Bar, and the working temperature ranges from -10 to 220 Deg C.