(I) Material and performance advantages

The aluminum alloy model has fast thermal conductivity, which helps the equipment to dissipate heat efficiently; the plastic model is lightweight and insulated, suitable for sensitive electronic environments. The surface is anodized or flame-retardant treated, and the corrosion resistance of the aluminum alloy reaches 480h in the salt spray test, and the flame retardant grade of the plastic model is V-0, ensuring stability in complex working conditions.
(II) Structural design highlights
The circular hole array follows the fluid mechanics design, and the opening rate is precisely controlled (30%-50% adjustable), which accelerates the internal airflow exchange and improves the heat dissipation efficiency by 20%-30%. The hollow cylinder has a tolerance of ±0.05mm, seamlessly adapts to the device interface, and there is no shaking after installation. The support is strong and can withstand 50N radial force without deformation.
(III) Multifunctional integration
It is not only a heat dissipation duct to guide the replacement of hot and cold air; it is also a protective barrier to prevent dust and foreign matter from invading; it can also be used as a cable sorting slot to organize the wiring and reduce electromagnetic interference. One cylinder has multiple uses, simplifies the internal structure of the equipment, and saves assembly space.
3. Product Details
The R&D team deeply links the needs of electronic equipment integration, uses CFD simulation to simulate the heat dissipation path, and optimizes the wall thickness and hole opening parameters in combination with structural mechanics analysis. In the production process, aluminum alloy parts use five-axis CNC milling + laser drilling, and plastic parts use precision injection molding + CNC milling to ensure dimensional accuracy and hole position consistency. Surface treatment targets material characteristics, aluminum alloy anodizing forms a wear-resistant and anti-corrosion layer, and plastic parts are sprayed with flame-retardant coating.

Before leaving the factory, the ventilation efficiency is tested by an anemometer, the structural strength is verified by a tensile testing machine, and the environmental adaptability is tested by a salt spray box/flame retardant instrument. From the high thermal management of 5G base station cabinets to the precision protection of medical equipment, this accessory has become a key hub for the "internal circulation" of electronic equipment with customized materials, precise structures, and multiple functions, helping equipment to achieve efficient heat dissipation, reliable protection, and orderly layout in a compact space, and escorting the precision electronic systems in the era of Industry 4.0.