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110 to 250 megapascals is the tensile strength range, but the real bottleneck for most buyers is that elongation band of 1% to 25% — you can't pull it as hard as pure copper without risking breaks, especially in finer diameters below 0.5mm.
62% to 64% conductivity is actually pretty solid for a copper-clad aluminum wire, and what it does is it saves you roughly 30% to 40% on materail cost compared to solid copper, so for LAN cables or control cables where weight and budget matter, it's a smart trade-off.
We've shipped plenty of the 19/0.20-19/1.01 stranded type for coaxial and power cable runs, and teh density sits around 3.32 to 3.63 g/cm³ — lighter than copper by a noticeable margin, which your installers will appreciate (usually 2-4 weeks lead time on a standerd 200 kg MOQ).
That resistivity figure of 0.02676 to 0.02743 Ω·mm²/m at 20°C means it's better than pure aluminum for signal integrity, but don't expect it to carry the same current as a pure copper conductor of the same gauge — that's just physics of it.
500,000 meters per month is our supply capacty, and our company can spool it however you need, but the copper content varies between 25% and 40% by weight depending on the diameter, so confirm your batch spec if you're running tight tolerance on conductivity.
The MOQ is 200 kgs. If you need a smaller trial batch first, just let us know and we can discuss options on a case-by-case basis.
Yes, all three certifications are available. We include copies of ISO9001, CE, and RoHS documentation with every bulk order.
Typical lead time is 7–15 working days depending on the exact spec and current production load. We can give you a precise timeline once you place the order.
Absolutely, packaging is customizable. You can specify spool size, weight per spool, and labeling requirements, and we'll match them.
Copper content is 25%–40% by weight. With that, you get 62%–64% IACS conductivity, which is ideal for LAN, power, and control cables without the cost of pure copper.
