High-Quality SRX-21-026-Y7 Manufacturer, Factory

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High-Quality SRX-21-026-Y7 Manufacturer, Factory

This aluminum profile radiator uses high-quality aluminum alloy as its core material. Featuring excellent thermal conductivity and a lightweight structure, it is an ideal cooling solution for consumer electronics. Manufactured with extrusion molding technology, it forms a precise multi-fin structure that significantly expands the heat dissipation surface area, accelerates air convection, and enables fast heat conduction and dissipation.

The surface is treated with anodizing, which enhances both appearance and corrosion resistance, effectively prolonging service life. The contact surface between the radiator and heat-generating components is finely polished to ensure close fitting, reduce thermal resistance, and further improve heat dissipation efficiency.

Designed for long-term stable operation, this radiator perfectly matches the heat control requirements of networking devices such as routers, optical network terminals (ONTs), broadband modems and other consumer electronic equipment. It efficiently dissipates heat during continuous operation, stabilizes internal device temperature, reduces performance loss caused by overheating, and ensures reliable and long-lasting operation of communication and network equipment.

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Product Description

Core Material

Made of 6063 high-purity aluminum alloy, with an ultra-high thermal conductivity of 205W/m · K, the thermal conductivity efficiency is increased by 30% compared to ordinary materials, balancing efficient heat dissipation and lightweight. The weight of a single radiator is reduced by 60% compared to traditional cast iron models.

Innovative Structure

High density fin array is created through extrusion molding process, with a 40% increase in the number of fins and precise thickness control at 0.3mm. The fin spacing is optimized by fluid mechanics to form a three-dimensional air duct structure, with an effective heat dissipation area 1.4 times that of similar products. The bottom adopts high-precision grinding technology, with a flatness error of ≤ 0.01mm, ensuring zero gap adhesion with the heat source and minimizing thermal resistance.

Protection Process

Surface anodizing treatment forms a 20 μ m dense oxide film, which can withstand salt spray testing for over 1000 hours. It has excellent corrosion resistance and wear resistance, and is suitable for complex environments such as high temperature, high humidity, and industrial dust.

Intelligent Temperature Control

Equipped with a hydraulic bearing silent turbofan, the maximum speed is 3000RPM, the air volume can reach 50CFM, and the operating noise is as low as 28dB. The built-in NTC intelligent temperature control chip can achieve automatic speed regulation in the range of 30-80 ℃, with a response time of less than 1.5 seconds, accurately matching the equipment's heat dissipation needs.

Adaptation Scenarios

The product offers 5 standard size specifications and is compatible with different power heat sources ranging from 50W to 300W. It is widely used in CPU/GPU heat dissipation modules, LED mining lights, new energy vehicle electronic control systems, industrial automation control cabinets, and other scenarios. The fin shape and installation hole position can be customized to meet diverse heat dissipation needs.

Frequently Asked Questions

What core material is used, and how does it benefit heat dissipation?

The radiator is made of 6063 high-purity aluminum alloy. It features an ultra-high thermal conductivity of 205W/m · K, increasing efficiency by 30% compared to ordinary materials, and reduces total weight by 60% compared to traditional cast iron models.

How does the structural design optimize airflow?

It uses an extrusion-molded high-density fin array, increasing fin count by 40% with precise 0.3mm thickness. Spaced via fluid mechanics, this configuration forms a three-dimensional air duct with 1.4 times the effective heat dissipation area of comparable products.

What environmental protection treatments are applied?

The radiator undergoes surface anodizing to form a dense 20 μm oxide film. This enables it to survive salt spray testing for over 1000 hours, making it highly corrosion and wear-resistant for high temperature, high humidity, and dusty environments.

How does the intelligent temperature control system operate?

It uses a hydraulic bearing silent turbofan (3000RPM max, 50CFM air volume, 28dB noise) integrated with an NTC intelligent temperature control chip. It automatically regulates speeds between 30-80 ℃ with a fast response time under 1.5 seconds.

What are the adaptation scenarios and customization options?

The product comes in 5 standard sizes supporting heat sources from 50W to 300W. It is designed for CPU/GPU modules, LED mining lights, new energy vehicle controls, and industrial cabinets. Custom fin shapes and installation hole patterns are also available.