Brief: Discover the Aluminum Strip 1050 High Conductivity-0.5mm/1100mm, specially designed for transformer winding. This high-purity aluminum alloy offers exceptional electrical conductivity, smooth surface, and corrosion resistance, making it ideal for dry-type and oil-immersed transformers. Learn how it enhances efficiency and reduces costs in transformer manufacturing.
Related Product Features:
Высокая электрическая проводимость (≥ 60% IACS) обеспечивает эффективную передачу энергии, уменьшая потери трансформатора.
Smooth, burr-free surface allows for precise winding and improved insulation performance.
Corrosion-resistant properties ensure long-term durability in various environmental conditions.
Excellent formability (elongation ~15-30%) supports complex coil designs without cracking.
Cost-effective alternative to copper, reducing manufacturing costs by up to 15%.
Recyclable material supports sustainable and eco-friendly transformer manufacturing.
Available in various thicknesses (0.1mm-2.5mm) and widths (800-2600mm) for customization.
Вопросы:
What makes Aluminum Strip 1050 suitable for transformer winding?
Aluminum Strip 1050 is ideal for transformer winding due to its high electrical conductivity (≥60% IACS), smooth surface for precise winding, and excellent formability. Its lightweight and corrosion-resistant properties also enhance transformer efficiency and durability.
How does Aluminum Strip 1050 compare to copper in transformer applications?
Aluminum Strip 1050 offers a cost-effective alternative to copper, reducing material and processing costs by up to 15%. While slightly less conductive than copper, its lightweight and recyclability make it a preferred choice for sustainable and efficient transformer designs.
What are the international standards for Aluminum Strip 1050?
Aluminum Strip 1050 complies with international standards such as ASTM B209 and EN 573-3, ensuring its suitability for global transformer manufacturing. Its properties meet the requirements for high-performance transformer windings in various power systems.