As a dedicated heat dissipation component customized and developed for precision electronic equipment, the LB-4687-B High Thermal Conductivity Heat Dissipation Aluminum Plate is made of high-purity 6063 aluminum alloy. With a thermal conductivity of ≥201W/(m·K), it can quickly dissipate the accumulated heat from the core components of the equipment, fundamentally avoiding problems such as performance degradation and service life reduction caused by overheating.

The product adopts a customized special-shaped structure design, with 3 precise positioning and mounting holes reserved on the surface. The hole position tolerance is controlled within ±0.02mm, which can seamlessly adapt to the installation needs of specific models of optical modem motherboards, router driver modules and other equipment. It can be directly assembled without additional processing, greatly saving the production and commissioning time of downstream enterprises.

LB-4687-B is suitable for the field of electronic consumer goods such as optical modems and routers, especially for small electronic consumer devices that require local centralized heat dissipation. A complete set of precision CNC machining equipment is utilized to adjust the product structure according to the customer's equipment size and installation layout, and provide 100% full inspection quality assurance.

Each aluminum plate has undergone thermal conductivity sampling test and dimensional accuracy inspection to ensure that the delivered product is completely consistent with the design parameters. As a cost-effective High Thermal Conductivity Heat Dissipation Aluminum Plate, LB-4687-B not only meets the core demand of efficient heat dissipation, but also matches the adaptability of specific equipment through customized design and refined craftsmanship, making it a reliable choice for enterprises to optimize equipment thermal management solutions.