Real-Time News
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January
20 日
Optimizing Busbar Performance: The Impact of Copper Annealing
2025-01-20 15:07:33 Post 7 SeenThe copper annealing process is crucial in busbar manufacturing, as it improves ductility, resistance to deformation and fatigue, and conductivity, directly impacting performance and longevity. Precisely controlling annealing enhances product quality, reduces failure rates, and boosts production efficiency. Fine-tuning the process is key to developing high-performance busbars and new materials.
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January
07 日
Copper Busbar Twisting Process: Enhancing Electrical and Vibration Resistance
2025-01-07 10:56:35 Post 14 SeenThe copper busbar twisting process enhances vibration resistance, adaptability, and electrical performance. Despite challenges like precise control and equipment needs, its benefits in high-vibration, temperature-variable, and complex environments make it essential. Proper annealing, equipment precision, and surface treatments ensure successful implementation for diverse applications.
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December
11 日
Copper Busbar Bending Radius and Thickness
2024-12-11 16:36:29 Post 30 SeenThe bending radius-to-thickness ratio is crucial in copper busbar design, ensuring optimal electrical performance, mechanical strength, and reliability. Precise design and accurate bending are essential for long-term performance in power systems, EVs, and industrial applications.
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November
22 日
Aluminum Busbars for EVs: The Optimal Choice for Lightweight, High-Efficiency Connections
2024-11-14 16:43:31 Post 5 SeenIn new energy vehicles, aluminum busbars are essential for electrical connections in electric and hybrid models. Their light weight, strong conductivity, and superior corrosion resistance have made them the preferred material in busbar manufacturing, particularly suited for applications demanding both efficiency and reduced weight.
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