Product Description
High Conductivity Copper
Heating high conductivity copper accomplishes water hardening till it glows red and then submerging it in a vat of water to cool it down completely. The result is a robust, sturdy metal that can be machined with little difficulty. It is not, however, acceptable for use in welding. Among the applications for this copper, product are the manufacture of files and hammers. High conductivity copper, such as that provided by Niko Steel and Engineering Limited, is also easy to weld and machine and extremely resistant and durable. Amid the oil toughening process, the metal is heated till it glows red before being immersed in a vat of hot oil to harden. As a result, the surface becomes incredibly difficult to scratch.
Exceptional Electrical PropertiesHigh Conductivity Copper is engineered to deliver outstanding electrical performance, surpassing 100% IACS for conductivity. It maintains reliable operation up to 300C continuously, making it ideal for power transmission and sensitive electronic circuits demanding minimal resistance and high efficiency.
Customizable Forms and DimensionsOffered in a comprehensive range of shapes such as sheet, bar, rod, strip, and more, High Conductivity Copper can be tailored to precise dimensional needs. Whether in coils for transformer windings or rods for busbars, each product is processed per customer specification, ensuring suitability for diverse industrial purposes.
Sustainability and ComplianceThis copper product is RoHS-compliant and fully recyclable, supporting environmentally responsible manufacturing practices. Its exceptional corrosion and heat resistance further enhance longevity and performance, while compliance with global standards assures compatibility in various applications.
FAQs of High Conductivity Copper:
Q: How is High Conductivity Copper typically used in industrial and electrical applications?
A: High Conductivity Copper is widely utilized for electrical conductors, busbars, transformer windings, switchgear components, and various engineering parts due to its high electrical conductivity and excellent mechanical properties.
Q: What processing methods are available for High Conductivity Copper based on customer requirements?
A: Copper products can be supplied in forms such as plates, sheets, coils, rods, wires, and strips. Each form is manufactured and processed to custom sizes, thicknesses (0.5 mm to 100 mm), and shapes specified by the client, ensuring compatibility with specific applications.
Q: When should EC Grade or ETP Grade be selected for a project?
A: EC Grade is preferred for applications requiring maximum conductivity, such as power transmission, while ETP Grade is selected for uses where low oxygen content and high purity copper (min 99.90%) are critical, like transformer and electronic components.
Q: Where are High Conductivity Copper products manufactured and supplied from?
A: These copper products are available from specialized exporters, importers, and manufacturers in India. Suppliers provide international packing standards, such as wooden pallets, for safe and reliable global delivery.
Q: What are the corrosion and heat resistance benefits that High Conductivity Copper offers?
A: High Conductivity Copper has notable resistance to corrosion and maintains performance under elevated temperatures (up to 300C continuously), making it suitable for harsh industrial environments and sustained electrical operations.
Q: How does the non-magnetic property of this copper benefit electrical applications?
A: Being non-magnetic, High Conductivity Copper prevents electromagnetic interference, ensuring stable performance in sensitive electronic circuits and power transmission systems.
Q: Is High Conductivity Copper recyclable, and does it comply with RoHS regulations?
A: Yes, this copper material is fully recyclable, supporting sustainable manufacturing. It meets RoHS compliance standards, making it safe for use in electrical and electronic products worldwide.
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