In the current power transmission and electronic equipment supporting sectors, technological research and development is increasingly focused on three core dimensions: high temperature, environmental friendliness, and ultra-thinness.

From the perspective of the core advantages of these three development trends, each characteristic precisely addresses industry pain points, giving CP copper wire products a wider range of applications and greater value:

First, high-temperature resistance significantly expands the applicable environmental boundaries of CP copper wire. Currently, high-temperature CP copper wire products developed in the industry are generally rated for operating temperatures of 105°C and above, with some high-end products even capable of withstanding short-term temperatures exceeding 200°C. This characteristic imparts excellent fire resistance and aging resistance. Furthermore, this excellent aging resistance extends the service life of CP copper wire, reduces the frequency of replacement due to aging, and lowers operational and maintenance costs for businesses.

Second, its environmentally friendly nature aligns with global green development priorities, becoming the "passport" for CP copper wire products to enter the mainstream market. The environmentally friendly CP copper cable, currently highly favored by the industry, achieves its green attributes through three key approaches: First, it strictly adheres to hazardous substance control regulations such as the EU RoHS Directive and China GB/T 26572. eliminating the use of heavy metals such as lead, mercury, and cadmium, as well as toxic substances such as polybrominated biphenyls (PBPBs). Second, the company is actively developing low-smoke, halogen-free cables. These products do not produce toxic smoke and corrosive gases when burned, saving valuable time for evacuation in emergency situations such as fires. They are particularly suitable for confined spaces such as high-rise buildings, subways, and ships. Third, the company is exploring resource recycling technologies. The company uses recyclable and environmentally friendly materials (such as recycled polyolefins) for insulation and sheathing, reducing the consumption of non-renewable resources such as petroleum and minimizing the environmental impact of discarded products.

Third, its ultra-thin nature drives cable upgrades towards lightweight and efficient design, addressing resource utilization challenges in limited spaces. The core advantage of ultra-thin CP copper cable lies in its ultra-thin insulation wall design. By optimizing the insulation material formulation (for example, using high-strength nanocomposite insulation materials), the insulation layer thickness can be reduced by 30% to 50% compared to traditional products without affecting insulation performance.