Future Trends: Upgrading Directions of 6063 Aluminum Alloy in New Energy Cooling Systems



Product name: | Future Trends: Upgrading Directions of 6063 Aluminum Alloy in New Energy Cooling Systems |
Keywords: | 6063 Aluminum Alloy Heat Sinks |
Industry: | Industrial electronics and electrical engineering - Battery industry |
Process: | Others - Others |
Material: | Alloy steel |
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Product details
Targeting new energy vehicles and data centers, 6063 aluminum alloy heat sinks are evolving towards composite materials and ultra-thin designs:
Material Modification: Adding trace amounts of copper (Cu) or graphene coatings to increase thermal conductivity to 220W/m·K12;
Structural Innovation: Embedding microchannels (wall thickness ≤0.8mm) in liquid cooling plates, achieving a heat dissipation power density of 300W/cm²4;
Green Manufacturing: Recycling aluminum utilization rate exceeds 90%, aligning with the "Dual Carbon" policy. It is estimated that by 2025, the demand for new energy vehicle cooling modules will increase by 25%, driving the proportion of 6063 alloy in high thermal conductivity aluminum materials to exceed 40%.
Material Modification: Adding trace amounts of copper (Cu) or graphene coatings to increase thermal conductivity to 220W/m·K12;
Structural Innovation: Embedding microchannels (wall thickness ≤0.8mm) in liquid cooling plates, achieving a heat dissipation power density of 300W/cm²4;
Green Manufacturing: Recycling aluminum utilization rate exceeds 90%, aligning with the "Dual Carbon" policy. It is estimated that by 2025, the demand for new energy vehicle cooling modules will increase by 25%, driving the proportion of 6063 alloy in high thermal conductivity aluminum materials to exceed 40%.
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