In modern high-end industrial systems, from deep space exploration to deep-sea operations, from nuclear reactor cores to aircraft engine combustion chambers, equipment often faces extreme conditions such as high temperature, high pressure, strong corrosio

In numerous industrial fields such as electrolysis, electroplating, battery manufacturing, electric arc furnace smelting, and new energy equipment, conductive electrodes serve as key interfaces for current input or output, and their performance directly d

Metal composite materials—a novel structural material formed by introducing high-strength, high-modulus reinforcing phases into the aluminum or aluminum alloy matrix—have successfully broken through this bottleneck.

In electrochemical systems, energy conversion devices, and even industrial electrolysis equipment, conductive electrodes are not only current channels but also the interfaces where reactions occur.

In modern electronics, energy, and high-end manufacturing, conductive electrodes not only need excellent conductivity to ensure efficient energy transfer, but also need to maintain structural integrity and long-term stability under complex operating condi

Non-ferrous metal tubes do not compromise between "performance" and "sustainability" but rather, with renewability as the foundation and high performance as the engine, they forge a synergistic and efficient green development path.