Polyester imine enamelled copper round wire is an electrical conductor made from high-purity electrolytic copper as raw material, which is formed through multiple processes such as copper drawing, heat treatment, and painting. It has a series of product characteristics and application scenarios.
Product Model: AIW
Range: 0.1x1.6 mm
Class: 220
Product Model: QZ PEW
Range: 0.05-2.50mm
Class: 130;155
Standard Compliance: GB/T 6109 IEC 60317 JIS C3202 NEM
Our Enameled Aluminum Wire is a high-performance insulated conductor crafted by coating high-quality aluminum wire with advanced enamel insulation through a precise baking and curing process. This product perfectly combines the lightweight advantage, excellent electrical conductivity, and cost-effectiveness of aluminum with the superior insulation, heat resistance, and mechanical durability of enamel coatings. It serves as an ideal alternative to traditional enameled copper wire in various electrical scenarios, offering outstanding performance while reducing overall application costs.
Introducing our newly developed Copper-Clad Aluminum Wire (CCA Wire)—a customized composite conductor exclusively engineered to address our customers’ critical demand for high elongation performance. Crafted through advanced cladding technology, this innovative product features a tightly bonded structure of high-purity copper layer (purity ≥ 99.95%) and premium aluminum core. Beyond integrating copper’s excellent conductivity, corrosion resistance, and solderability with aluminum’s lightweight and cost-effectiveness, it is specifically optimized to deliver exceptional elongation, filling the gap for applications requiring enhanced ductility. As a customer-centric new offering, it not only serves as a reliable alternative to solid copper wire but also provides tailored performance to meet your most demanding project needs.
High transmission speed, low resistance,and good electromagnetic compatibility. Plays an important role in industries , communications , households ,construction, and other fields.
Conductor material: pure copper
Length: approx.1m (3.3ft)
Specification
Brand new
Conductor material: pure copper
Length: approx.1m (3.3ft)
Width: approx.15mm
Tinned Copper Wire combines the exceptional conductivity of high - purity copper with a corrosion - resistant tin coating, providing an optimal solution for demanding electrical applications. The tin layer, applied through a precision electroplating process, effectively protects against oxidation and environmental corrosion, ensuring long - term stability and reliability even in humid, high - temperature, or chemically active environments.
Silver plated copper wire is a high-quality conductive wire with copper wires inside, which are then coated with a layer of silver to make it more corrosion-resistant and have higher conductivity efficiency. It is widely used in various fields, such as power, electronics, communication, industry, military, etc.
Our Silver-Copper Alloy Wire is a high-performance precision conductor crafted through advanced alloying and drawing processes, combining the exceptional electrical conductivity, thermal conductivity, and oxidation resistance of silver with the excellent mechanical strength, ductility, and cost-effectiveness of copper. This carefully engineered alloy (with silver content ranging from 5% to 40%, customizable per requirements) delivers superior comprehensive performance compared to pure silver wire or pure copper wire, making it an ideal choice for high-demand scenarios where reliability, efficiency, and durability are non-negotiable. Whether for high-frequency electronics, automotive precision components, or industrial critical connections, our Silver-Copper Alloy Wire ensures stable and long-lasting operation.
Our Tin-Copper Alloy Wire is a high-performance industrial conductor engineered through advanced alloy smelting and precision drawing processes, blending the excellent corrosion resistance, solderability, and anti-tarnishing properties of tin with the reliable electrical conductivity, mechanical strength, and cost-effectiveness of copper. With a carefully optimized alloy ratio (tin content ranging from 5% to 20%, customizable per application needs), this wire outperforms pure copper wire in harsh environments and pure tin wire in mechanical stability—making it a practical and cost-efficient choice for diverse industrial scenarios where durability, ease of processing, and long-term reliability are key. Whether for electrical connections, electronic components, or automotive wiring, our Tin-Copper Alloy Wire delivers consistent performance to support your production needs.
Our Brass Wire is a high-quality alloy conductor crafted from premium copper and zinc through advanced smelting, extrusion, and precision drawing processes. With a carefully optimized copper-zinc ratio (copper content ranging from 55% to 70%, customizable for specific needs), this wire integrates the excellent ductility, machinability, and corrosion resistance of brass with moderate electrical conductivity—making it a versatile solution for both functional and decorative applications. Unlike pure copper wire (high cost) or pure zinc wire (poor stability), our Brass Wire balances performance, cost, and usability, catering to diverse demands from industrial manufacturing to precision craftsmanship.
Our Pancake Coils (referred to as LWC, Short for "Low Weight Coils") are high-performance coiled tubing solutions engineered through precision bending, coiling, and shaping processes—using premium base materials such as copper, aluminum, or stainless steel (customizable per application needs). Designed to maximize heat transfer efficiency while minimizing space occupancy, these coils feature a compact "pancake-like" spiral structure that optimizes surface area contact with fluids or air. Unlike traditional straight tubing, our Pancake Coils eliminate the need for complex piping layouts, making them ideal for scenarios where space is limited (e.g., HVAC units, refrigeration systems, industrial heat exchangers). With full customization support for dimensions, materials, and end connections, we deliver tailored LWC solutions to meet diverse industrial and commercial demands.
