Material Properties: The aluminum plates needed to have a thermal conductivity coefficient of not less than 237 W/(m·K) and a density not exceeding 2.7 g/cm³.
Size and Shape: Custom - sized plates with precise dimensions of 500mm×300mm×2mm, and special processing was required for the edges to ensure smoothness and no burrs.
Surface Treatment: A specific anodizing process was needed to enhance corrosion resistance and achieve a matte finish.
Material Selection: Carefully selected high - purity aluminum alloy materials and carried out multiple material tests to ensure that the selected materials met the required thermal conductivity and density requirements.
Precision Manufacturing: Utilized advanced CNC machining equipment to ensure the dimensional accuracy of the aluminum plates. The production process adopted strict quality control measures, and each production link was monitored and recorded in real - time.
Surface Treatment: Developed a unique anodizing process recipe, and after several trials and adjustments, achieved the ideal matte finish and excellent corrosion resistance.
Physical Property Tests: Tested the thermal conductivity, density, hardness, and other physical properties of the aluminum plates using professional testing equipment to ensure that all indicators met the requirements.
Dimensional Inspection: Employed high - precision measuring instruments to measure the dimensions of the plates, ensuring that the error range was within ±0.05mm.
Appearance Inspection: Conducted a 100% visual inspection of the surface of the plates to ensure that there were no scratches, pits, or other defects.
Performance Testing: Tested the thermal conductivity of the aluminum plates in their own laboratory, and the results showed that the thermal conductivity reached 240 W/(m·K), exceeding the required standard.
Assembly Compatibility Testing: Installed the aluminum plates into their electronic device prototypes, and found that the size and shape were a perfect fit, and the surface treatment effect was also highly satisfactory.
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