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SRY07-013-P7A
Die Casting Heatsink
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SRY07-013-P7A

The die-cast heat sink is a high-efficiency thermal management solution crafted from aluminum alloy, boasting an excellent thermal conductivity of 237 W/(m·K). Leveraging the high-pressure die casting process, it achieves integrated molding of complex fin structures, perfectly combining performance and practicality. Its core advantages include rapid temperature rise (reaching indoor constant temperature within 15 minutes), lightweight design (only 1/3 the weight of traditional cast iron radiators), and strong pressure resistance (≤2.0 MPa), making it adaptable to water quality environments in multiple scenarios such as central heating and industrial equipment.

Available in steel-aluminum composite or pure aluminum die-cast structures, the product features a vacuum-filled anti-corrosion inner wall and an outer wall treated with electrophoresis + electrostatic spraying, ensuring both corrosion resistance and aesthetic appeal. The dense fin design enhances convective heat dissipation, with a metal thermal intensity three times that of steel radiators, delivering outstanding thermal efficiency along with energy and cost savings. The modular combination design supports flexible addition or reduction of fins for easy installation and maintenance, while its compact structure saves space and ensures safe use with moderate surface temperature.

Widely applied in new energy vehicles, LED lighting, home heating, and industrial power equipment, it not only meets high-efficiency heat dissipation needs but also harmoniously integrates with home decoration or equipment structures. It is the preferred modern thermal management solution that combines reliability, cost-effectiveness, and design flexibility.

    SRY07-013-P7A
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    SRY07-013-P7A Die-cast Heat Sink is an industrial-grade thermal management solution independently developed by our company, tailored to the heat dissipation needs of high-power electronic devices through precision die-casting technology and specialized design, boasting excellent adaptability in the thermal management field.
    SRY07-013-P7A
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    Crafted from 6063 high thermal conductivity aluminum alloy (with a thermal conductivity of 237W/(m·K)), the product is integrally formed via high-pressure die casting process: molten metal fills the mold under 120MPa high pressure, completing the one-time processing of the special-shaped main body and dense fins. This not only ensures structural integrity and dimensional accuracy (tolerance controlled within ±0.1mm) but also eliminates heat conduction loss caused by assembled structures, laying a solid foundation for efficient heat dissipation.
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    Adopting an asymmetric dense fin layout combined with a streamlined flow guide structure, the SRY07-013-P7A accelerates air convection rate, improving heat dissipation efficiency by 25% compared to traditional in-line fins. The product is pre-equipped with 4 positioning and mounting holes, compatible with M3-M4 specification fasteners, enabling quick fitting and assembly with equipment, and its installation tolerance is compatible with mainstream industrial interfaces.
    SRY07-013-P7A
    SRY07-013-P7A
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    In terms of performance, it features a low thermal resistance of 0.75℃/W, supporting heat dissipation for devices with power density ≤8W/cm², and can control the temperature of core components below 65℃. It is particularly suitable for high-load routers—whether enterprise-level large-scale network hubs or home gigabit high-speed routers, it can effectively ensure stable equipment operation and avoid network delays, disconnections and other issues caused by overheating.
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    The product surface undergoes black electrophoresis treatment, with salt spray corrosion resistance ≥480 hours. Meanwhile, the lightweight design (net weight 120g) reduces equipment load; the one-piece structure without welding seams ensures mechanical strength meeting IP65 scenario requirements, with excellent vibration and impact resistance.
    As a core thermal management model of our company, the SRY07-013-P7A offers customized hole position adjustment services, helping your equipment enhance thermal stability and market competitiveness.
    SRY07-013-P7A

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