OEM SRY12-016-P7 Manufacturers, Exporter

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OEM SRY12-016-P7 Manufacturers, Exporter

Die-cast heat sinks for the electronics field are manufactured via die-casting using materials with excellent thermal conductivity such as aluminum alloy. They feature high heat dissipation efficiency, compact structure and superior sealing performance, and can be adapted to the installation requirements of different electronic components.

Widely applied in scenarios including new energy vehicle electronic control systems, 5G base station equipment, industrial frequency converters and server motherboards, these heat sinks can rapidly dissipate the heat generated by electronic components during operation, preventing performance degradation or malfunctions caused by high temperatures and ensuring the stable and long-term operation of electronic devices.

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Product Description

Efficient Cooling Partner for Consumer Electronics

As a core component of thermal solutions for consumer electronics, the SRY12-016-P7 Die-Cast Heat Sink is engineered to meet the compact space and high-efficiency cooling needs of consumer-grade electronic devices. Made from aluminum alloy via precision die-casting, it combines lightweight design with excellent thermal conductivity, making it an ideal cooling partner for routers, smart set-top boxes, gaming peripherals, portable energy storage devices, and more.

Innovative Structure & Excellent Thermal Conductivity

This product features an innovative "dual-fin set + central thermal base" structure: the main fin set covers core heat-generating components (such as main control chips and power modules), while the auxiliary fin set caters to the cooling needs of surrounding low-power components. The fin spacing is optimized using fluid dynamics, boosting air flow speed by 30% within the limited ventilation space of devices.

High Conductivity Base: Aluminum alloy base provides thermal conductivity of 180W/(m·K).

Proven Temperature Reduction: Lowers chip surface temperatures by 15-20°C under 5V/2A loads.

Device Longevity: Effectively prevents lag, battery life degradation, and heat-induced damage.

Modular Mounting & Aesthetic Finishing

Tailored to the assembly characteristics of consumer electronics, the SRY12-016-P7 adopts a modular mounting structure: the central base has a pre-reserved φ3mm positioning hole, supporting both screw fixation and thermal adhesive bonding to accommodate layout tolerances of mainstream PCBs. Edge anti-loosening clips enable precise fitting with device enclosures, achieving stable assembly without additional fasteners. Additionally, the surface undergoes black anodization, which enhances corrosion resistance and insulation while matching the minimalist aesthetic design of modern electronics.

Rigorous Testing for Industrial Reliability

In practical applications, the SRY12-016-P7 has passed 1000 hours of high-low temperature cycle testing (-20°C to 85°C) and vibration testing, adapting seamlessly to indoor and outdoor usage scenarios. It ensures the stability of consumer electronics during long-term high-load operation. Whether for high-performance gaming routers or portable energy storage power supplies requiring long-lasting battery life, this product delivers compact size, efficient cooling, and easy assembly.

Frequently Asked Questions

Q1: What devices are compatible with the SRY12-016-P7 heat sink?

It is designed for consumer electronics such as routers, smart set-top boxes, gaming peripherals, and portable energy storage devices requiring high-efficiency cooling.

Q2: What is the thermal conductivity of the material used?

The heat sink is made of die-cast aluminum alloy with a thermal conductivity of 180W/(m·K), ensuring rapid heat transfer away from sensitive components.

Q3: How much can this heat sink reduce chip operating temperatures?

Tests show that the SRY12-016-P7 reduces chip surface temperatures by 15-20°C under 5V/2A operating loads.

Q4: What mounting methods are supported?

It features a central base with a pre-reserved φ3mm positioning hole, supporting screw fixation, thermal adhesive bonding, and modular edge anti-loosening clips for easy integration.

Q5: Does it have surface protection?

Yes, it undergoes a black anodization treatment to improve corrosion resistance, enhance insulation performance, and maintain a sleek appearance.

Q6: What reliability tests has this heat sink passed?

It has successfully passed 1000 hours of high-low temperature cycle testing (ranging from -20°C to 85°C) and rigorous vibration testing to guarantee stable operation.