Industry Knowledge

Rapid growth in artificial intelligence infrastructure is changing the electrical requirements of data centers. Facilities must distribute more power across larger campuses while controlling construction costs, installation schedules and future expansion risks. These pressures are encouraging engineers and procurement teams to evaluate aluminum alloy power cables for selected feeder circuits. Aluminum alloy conductors can reduce

Rare earth aluminum alloy cables feature excellent mechanical and electrical properties, and are widely applicable across all sectors of the national economy, including power supply systems, municipal engineering, general real estate buildings, high-rise buildings, power stations, commercial plazas and more.   Below is a detailed breakdown of the 13 core advantages of rare earth aluminum

Rare earth aluminum alloy conductors are a new type of conductor manufactured by smelting pure aluminum with multiple trace metal elements, followed by sophisticated processes including special annealing and compact pressing. Their production imposes stringent requirements on manufacturing equipment and technical expertise.   I. What Are Rare Earth Elements and Their Advantages? Rare earth aluminum

Store the products indoors. Do not place them directly on the ground to avoid surface damage. Lay an isolation layer on the ground to protect the products from freezing and moistur When the weather turns bitterly cold and snow blankets the ground, wire and cable products that previously performed well tend to suffer from stiff

Cable Performance Copper Core Cable Aluminum Core Cable Rare Earth Aluminum Alloy Cable Remarks Material Electrical Copper (Soft Temper) Electrical Aluminum (Soft Temper) Alloy      (Soft Temper)  The conductor of rare earth aluminum alloy cable adopts 8176 series electrical rare earth aluminum alloy rod containing rare earth elements. Rare earth elements mainly improve the mechanical properties of

It is legally permissible and a widely adopted practice to carry out production based on proprietary invention patents while complying with legally valid association standards. Key points are elaborated as follows: I. Legal Basis The Standardization Law clearly stipulates that standards fall into five categories: national standards, industrial standards, local standards, association standards and enterprise

English Translation I. Rare Earth Aluminum Alloy Materials Rare earth aluminum alloy materials shall comply with the technical specifications for Grade 8176 as stipulated in national standards. A genuine rare earth aluminum alloy material must satisfy all the performance requirements listed below: The chemical composition of the conductor shall conform to the chemical composition requirements

Comparison of DC Resistance at 20℃ between Rare Earth Aluminum Alloy Conductors and Copper Conductors Copper Cross-section（mm2） DC Resistance of Copper（Ω） Cross-section of Rare Earth Aluminum Alloy（mm2） DC Resistance of Rare Earth Aluminum Alloy（Ω） 10 1.83 16 1.91 16 1.15 25 1.20 25 0.727 35 0.868 35 0.524 50 0.641 50 0.387 70 0.443 70

The resistance of rare earth aluminum alloy cables is equivalent to that of copper cables, and they are significantly superior to copper cables in ductility, bendability and conductive efficiency, enabling rare earth aluminum alloy power cables to replace copper cables. The main material cost of rare earth aluminum alloy cables is lower than that of