This top-grade copper material not only has an amazing 101% IACS conductivity and excellent thermal conductivity, but also completely eliminates the risk of hydrogen embrittlement by virtue of a complete deoxidation process. It still maintains super stability under extreme temperature environments. It is an irreplaceable core material in cutting-edge technology fields such as aerospace, quantum computing, and particle accelerators.

Compared with ordinary electrolytic copper, the purity improvement of TU2 oxygen-free copper brings a qualitative leap: its ultra-low impurity characteristics ensure zero signal transmission loss, perfectly adapting to the needs of 5G communication and terahertz technology; the special grain structure gives it excellent fatigue resistance and ductility, and can withstand more than one million precision machining.

Although the price is 3-5 times that of ordinary copper materials, TU2 oxygen-free copper plates are always the most trusted choice for engineers in critical applications such as chip packaging, superconducting magnets, and high-energy physics devices where "failure is not allowed."