ETO is dedicated to developing high-end copper and copper alloy wire products and conductor solutions. We specialize in the research, production, and sales of bare copper and copper alloy wires and conductors, as well as other coated conductors such as tinned, silver-plated, and nickel-plated wires. Our conductors are designed to meet the customized needs of our clients, offering tailored solutions and technical services across various industries. We have earned the trust of leading companies, including LEONI, Bizlink, GG, Coficab, Hitachi, Sumitomo, Dyden and so on. In the automotive wire industry, we hold a market share of approximately 35%-45%, with our products being used by globally recognized car brands such as Volkswagen, BMW, Mercedes Benz, Audi, Toyota, Honda, Tesla, BYD, etc.
-
- Electrical Cable Conductors are a critical component of electrical wires and cables, responsible for efficiently transmitting electrical currents. By selecting appropriate materials such as copper, aluminum, or their alloys, conductors are manufactured to achieve the desired shape and diameter through processes like stretching, extrusion, or stranding. View More
-
- Automotive Automotive wiring harnesses are integral to the functionality of a vehicle’s electrical system, forming the primary network for current transmission. Utilizing alloy conductors in low-voltage wiring harnesses significantly reduces the overall harness weight, aligning with the automotive industry's emphasis on vehicle lightweighting. View More
-
- Connector Connector contacts serve as both conductive and elastic components, making them the core elements of any connector. As the base material for these contacts, copper alloys play a critical role in ensuring reliable performance. Given their pivotal role, connectors demand copper alloy materials that meet stringent technical standards and adapt to diverse application requirements. View More
-
- Industrial Robot Industrial robots require materials with exceptional strength to support their structural components, which are commonly made from cast iron, alloy steel, and, in some cases, aluminum alloys or composite materials. As the industry advances toward lighter, more efficient, and user-friendly designs, achieving lightweight structures without compromising strength has become a key development focus. View More
-
- Aerospace Aerospace and aviation equipment demand exceptional performance in data transmission, response speed, mechanical strength, and electrical conductivity. These requirements become even more critical in extreme conditions, such as temperature fluctuations, vibrations, high altitudes, and electromagnetic interference where traditional copper conductors often fall short. View More
-
- Medical Copper alloys, including silver-copper alloys, have become essential materials in the manufacturing of medical devices. These alloys ensure that critical parameters such as functionality, precision, and safety meet stringent international standards. The natural antimicrobial properties and excellent mechanical strength of silver-copper alloys make them ideal for surgical instruments and key components of medical equipment. View More
