High-Quality SRX24-035-Y7 Factories, Exporter

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High-Quality SRX24-035-Y7 Factories, Exporter

Aluminum profile radiators are made of high-quality aluminum alloy through precision extrusion molding, combining excellent heat dissipation performance with structural stability. Their multi-tooth fin design significantly increases the heat dissipation area. Coupled with the good thermal conductivity of aluminum alloy, they can quickly conduct and dissipate the heat generated by equipment into the environment, effectively maintaining the operating temperature of the equipment.

The product adopts integrated molding technology without splicing gaps, which not only enhances structural strength but also reduces thermal resistance interference. Its heat dissipation efficiency is more than 30% higher than that of traditional assembled radiators. The surface is treated with anodization to form a dense protective film, which has both anti-corrosion and anti-oxidation properties, making it suitable for various complex working conditions.

From industrial motors and power equipment to LED lamps and communication base stations, aluminum profile radiators, with the advantages of light weight and high customization, can be designed with fin density, height and overall size according to different heat dissipation requirements, providing efficient and stable heat dissipation solutions for various heating equipment.

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Product Description

High-Performance Heat Dissipation Core

Aluminum profile radiators, with high-purity aluminum alloy as the core material, rely on precision extrusion molding technology to create multi-dimensional heat dissipation structures, and are core components in the modern industrial heat dissipation field. Their base material is selected from 6063 or 6061 series aluminum alloys. These alloys not only have excellent thermal conductivity of more than 200W/(m·K), but also have excellent mechanical processing performance. They can extrude complex fin shapes through molds at one time, avoiding thermal resistance loss caused by traditional welding processes.

The product structure design is highly targeted: the main body adopts an integrated "base material + fin" structure. The fin density can be set to 8-30 fins per inch according to heat dissipation requirements. Some high-end models extend the fin height to more than 150mm through secondary stretching technology. Combined with the fin thickness of 0.8-1.5mm, the heat dissipation area is maximized in a limited space.

Advanced Surface Processing

The surface treatment process is also sophisticated. After anodizing, an oxide film of 5-10μm is formed, which not only has a salt spray resistance of more than 500 hours, but also can be adapted to the visual needs of different industrial environments through coloring treatment; in some special scenarios, electrophoretic painting or chemical conversion film treatment can also be used to further improve corrosion resistance.

High thermal conductivity: >200W/(m·K) using 6063/6061 alloy.
Corrosion resistance: Anodized layer offers >500 hours salt spray testing.

Wide Range of Industry Applications

In terms of application fields, aluminum profile radiators cover multiple industries with their excellent performance. In the power electronics field, it is a key heat dissipation component for inverters and rectifiers. It adapts to IGBT modules through customized special-shaped structures to ensure that power devices operate stably in high-temperature environments. It has been widely used in new energy vehicle charging piles, photovoltaic inverters and other equipment.

In the LED lighting industry, its lightweight characteristics (density only 2.7g/cm³) and rapid heat dissipation capacity perfectly match the needs of outdoor street lamps and industrial and mining lamps, which can control the working temperature of LED chips below 60℃, significantly extending the lamp life to more than 50,000 hours.

Industrial & Communication Reliability

In the industrial automation field, equipment such as servo motors and PLC control cabinets rely on aluminum profile radiators to maintain stable working conditions, especially in high-temperature workshops such as metallurgy and textile. Their temperature resistance (-40℃ to 120℃) can ensure the continuous operation of the control system.

In the communication equipment field, the RRU module of 5G base stations achieves efficient heat dissipation through compact aluminum profile radiators. With the forced convection of fans, it can control the core temperature of the module within 85℃ when the ambient temperature is 45℃, meeting the 24-hour uninterrupted operation requirements of the base station. In addition, in fields with high safety requirements such as medical equipment and rail transit, the non-volatile and anti-vibration characteristics of aluminum profile radiators also make them the preferred solution.

Frequently Asked Questions (FAQ)

Q1: Which aluminum alloy series are utilized for these profile radiators?

A1: The radiators are fabricated using high-purity 6063 or 6061 series aluminum alloys, which provide superior thermal conductivity exceeding 200W/(m·K) alongside excellent machinability.

Q2: How does the structure design optimize heat dissipation?

A2: The design features an integrated "base material + fin" structure. The fin density ranges from 8 to 30 fins per inch, with fin thickness varying between 0.8-1.5mm. Selected models feature secondary stretching to extend the fin height beyond 150mm for maximized surface area.

Q3: What surface treatment options are available to protect the radiators?

A3: The standard treatment is anodizing, which yields a protective 5-10μm oxide film and handles salt spray tests for over 500 hours. Optional custom coatings like electrophoretic painting or chemical conversion films are also supported.

Q4: What temperature limits can these radiators handle in industrial environments?

A4: They feature robust temperature resistance ranging from -40℃ to 120℃, making them perfect for maintaining stable operations in demanding environments like metallurgical workshops and textile mills.

Q5: How do aluminum radiators perform in 5G communication base stations?

A5: Under forced convection cooling, these radiators can restrict the core temperature of a 5G RRU module to within 85℃ when operating in environments up to 45℃, supporting continuous 24-hour operation.

Q6: Why are these radiators preferred for high-safety sectors like medical and rail systems?

A6: Their lightweight build, non-volatile properties, and vibration-resistant nature ensure consistent safety and long-term hardware reliability in sensitive fields.