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China SRX30-009-Y7 Supplier, Factories

Profile Heat Sink are high-efficiency heat dissipation devices made from high-quality metal materials (primarily aluminum alloy) through the extrusion molding process. Leveraging the excellent thermal conductivity of the material itself and flexible structural design, they have become a core heat dissipation solution in fields such as electronics, industry, and new energy.

In terms of performance, profile heat sink combine high thermal conductivity efficiency with strong durability. The aluminum alloy material is not only lightweight for easy installation but also possesses good corrosion resistance, making it suitable for different environmental working conditions. Meanwhile, they support customized production — profile size, structure, and surface treatment processes (such as anodization and spraying) can be adjusted according to equipment power, installation space, and heat dissipation requirements to meet personalized scenario needs.

From the perspective of application scenarios, profile heat sink are widely used in fields including new energy vehicles (on-board electronic control systems), industrial frequency converters, photovoltaic inverters, LED lighting, server chassis, medical equipment, and charging piles. They provide reliable temperature control support for various high-heat-generating electronic devices and serve as key supporting components for promoting the efficient and safe operation of equipment.

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Product Description

The Aluminum Profile Radiator SRX300-007-Y9 is a high-performance thermal management solution engineered for demanding electronic cooling applications. Fabricated from premium-grade aluminum alloy, this radiator undergoes precision extrusion molding, resulting in a monolithic structure that ensures uninterrupted thermal conductivity and mechanical integrity. The alloy composition is specifically formulated to balance thermal efficiency, weight reduction, and corrosion resistance, making it suitable for both indoor and outdoor operating environments.

A defining feature of the SRX300-007-Y9 is its multi-fin architectural design. The densely packed, precisely spaced fins maximize the surface area available for heat exchange, facilitating rapid heat dissipation through both conduction and convection. The black anodized finish not only enhances the radiator’s aesthetic appeal but also serves a critical functional purpose — it improves thermal emissivity, allowing for more effective heat radiation into the surrounding air. This surface treatment also provides an additional layer of protection against oxidation and environmental contaminants, extending the product’s service life even in harsh conditions.

Installation Flexibility

Designed to accommodate a wide range of mounting configurations. Its compact form factor makes it ideal for space-constrained applications, integrating easily with thermal grease or pads.

Broad Compatibility

Extends to various electronic devices, including high-power ICs, power modules, LED drivers, and small-scale industrial control units.

Tailored Customization

Supports modification across multiple dimensions, including fin height, fin density, overall dimensions, and surface finishing techniques to meet specific requirements.

Beyond standard offerings, the SRX300-007-Y9 supports customization across multiple dimensions. Clients can request modifications to fin height, fin density, overall dimensions, and surface finishing techniques to meet specific thermal performance and design requirements. This adaptability positions the radiator as a versatile solution for original equipment manufacturers (OEMs) and system integrators seeking tailored thermal management strategies.

Rigorous testing procedures validate the SRX300-007-Y9’s performance under extreme conditions. Thermal cycling tests, vibration tests, and long-term reliability assessments confirm that the radiator maintains its structural integrity and thermal efficiency over extended periods of operation. As a result, it stands as a dependable choice for applications where thermal stability directly impacts device performance, longevity, and safety.

Frequently Asked Questions

Q: What material is the SRX300-007-Y9 radiator made of?

The SRX300-007-Y9 is fabricated from premium-grade aluminum alloy using precision extrusion molding. This structure ensures high thermal conductivity, structural strength, and lightweight performance.

Q: How does the black anodized finish benefit the radiator?

The black anodized finish improves thermal emissivity, which increases heat radiation into the air. It also provides a protective layer against oxidation and environmental contaminants, extending the device life in harsh settings.

Q: Which electronic devices are compatible with this radiator?

It is compatible with a wide array of devices, including high-power ICs, power modules, LED drivers, and small-scale industrial control units.

Q: Can I customize the specifications of the SRX300-007-Y9?

Yes, customization is fully supported. Customers can request modifications to fin height, fin density, overall dimensions, and surface finishes to meet unique thermal demands.

Q: What quality tests does the radiator undergo?

The SRX300-007-Y9 undergoes rigorous performance assessments, including thermal cycling tests, vibration testing, and long-term reliability evaluations, ensuring durability under extreme operating conditions.