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Driven by strong high-end demand for 800V high-voltage architecture: The widespread adoption of 800V high-voltage platforms in new energy vehicles has fueled a sharp surge in market demand for PAI enameled wires.

With the rapid development of new energy and high-end manufacturing in 2026, cost control and quality upgrading have become core competitiveness for enterprises. As a key basic material, enameled aluminum wire directly determines the production efficiency and market competitiveness of downstream equipment. Relying on our industry-leading technology in large-diameter enameled wire, up to 20% cost advantage, and complete standardized quality control system, our factory has been widely recognized as the most cost-effective choice in the market this year.

Faced with operational challenges caused by raw material price fluctuations, copper-clad aluminum (CCA) enameled wire has risen rapidly with multiple advantages such as controllable cost, lightweight and stable performance. It has become the mainstream alternative to traditional pure copper enameled wire, providing a stable, economical and reliable material solution for manufacturing enterprises.

The copper market is currently caught in an intense tug-of-war between macro geopolitical risks and weak micro fundamentals.This report aims to filter out market noise and conduct a rigorous analysis of the future trend based on macro transmission mechanisms and real supply-demand contradictions.

Recently, Suzhou Daiming Electric Materials Co., Ltd. launched a new generation of high-performance transposed conductors. With core advantages including compact structure, high space utilization rate and low loss characteristics, it provides efficient and feasible space optimization solutions for urban indoor transformers, box-type transformers, underground substations, capacity-increasing renovation of old power stations and other scenarios.

Suzhou Daiming Electric Materials Co., Ltd. recently took center stage at the Energy Conservation and Environmental Protection Industry Forum, showcasing its cutting-edge energy-efficient enameled wire solutions and green manufacturing expertise. The event brought together industry elites, technical experts and enterprise representatives to explore industrial upgrading pathways aligned with the national dual carbon strategy, with Daiming Electric emerging as a standout contributor to the sector's low-carbon transition.

Recently, global copper prices, a key non-ferrous metal, have been soaring continuously. Industry data indicates that the copper supply gap will further widen over the next three years, placing severe cost pressures on downstream industries such as motors, home appliances, and new energy. Against this backdrop, aluminum’s advantages in cost-effectiveness and lightweight properties as a raw material for enameled wires have become increasingly prominent. 

As spring ushers in a new journey, we forge ahead with solid actions. On January 3, 2026, the production workshops and logistics warehouses of Suzhou Daiming Electrical Materials Co., Ltd. (hereinafter referred to as "Daiming Electrical") were bustling with activity. Convoys loaded with enamelled aluminum round wires and enamelled copper flat wires set off one after another, heading for customers across the country. With the strong momentum of "shipping immediately upon resumption of work", the company fired the first shot for the new year and strived to sprint for a "good start" throughout the year.

Transposed conductor refers to a type of winding wire composed of a certain number of enameled copper flat wires arranged into two columns with their wide surfaces in contact. The two columns of enameled wires are transposed in the same direction along their narrow surfaces above and below as required, and then tightly wrapped with multiple layers of electrical insulating paper tape continuously.

Each batch on every production line undergoes a rigorous series of daily inspections, covering full-process quality monitoring from raw material incoming to finished product delivery.