Company: XXC
Filing Date: 2025-08-05
Form Type: F-1/A
Source: 0001213900-25-071711
Chunk: 151

Company: XINXU COPPER INDUSTRY TECHNOLOGY Ltd
Filing Date: 2025-08-05
Form: F-1/A
Chunk 151
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Copper”. All of our copper products are T2 series with 99.9% copper composition, so as to cater to the demands of the market and our customers for pure copper. Our products are primarily our own “Xinxu” brand copper products fabricated and/or processed by us, and copper raw materials, mostly electrolytic copper, we purchase from our suppliers for resale. In addition to copper products, we also process and sell a limited quantity of aluminum bars. We previously processed and sold copper sticks; however, this line of business was discontinued in March 2023. Our product portfolio is currently composed of T2 copper busbars, T2 copper rods, electrolytic copper, and aluminum bars. T2 Copper busbars generally include T2 red copper bars and T2 tin -platedcopper bars. T2 Copper Busbars A busbar generally refers to an electrically conductive bar, with high current power concentrated in the bar for electricity distribution. It is generally in the form of a metallic strip and is most utilized in power distribution systems, high current control equipment and low voltage distribution systems. Busbars connect low voltage equipment in battery banks and high voltage equipment in electrical switchyards. The maximum amount of current that can be carried by a copper busbar depends on its cross -sectionalsize and its purity. As T2 series copper busbars are deemed as pure copper with a 99.9% copper composition, they are, therefore, commonly used for high -conductivitieselectrical power applications in China. The major factors driving the copper busbar market are increased use of copper busbars in power and electrical equipment sector and increased usage of copper in several industries, including but not limited to industries of electronics and electricity, energy, transportation, mechanics and metallurgy, due to its attractive properties. In electrical power distribution, a copper busbar is used within various applications such as switchgear, panel boards and busway enclosures for the purpose of local high current power distribution. Some of the beneficial properties that copper provides include low electrical and thermal resistance, high mechanical strength in tension, high resistance to fatigue failure, ease of fabrication, low electrical resistance of surface films and high resistance to corrosion. As a result, busbars are often made from copper or aluminum, especially when considering conductivity and strength, copper is far superior to aluminum. There are various applications of copper busbars, which include bus -waysystems, switchboards, low and medium voltage switchgear, panel boards and more. As of the date of this prospect