Original acrolink stress-free processing: Acrolink’s stress-free products have realized that the structure can be restored to a healthy state by self-annealing phenomenon unless the external force is too large due to the unique special annealing treatment and the characteristics of high-purity copper. It is the only cable in the world. At the time of heat treatment after wire drawing, the atomic arrangement transition is on the order of 1/1 billion compared to ordinary 4N copper, and the number of crystal grains is 1/80 to 1/100. Furthermore, the flow of electric current promotes aging = self-annealing, reduces residual strain, restores the tissue to a healthy state, and improves sound quality.
7N Cu DUCC: Dia Ultra Crystallized Copper is a high-purity copper conductor for audio made of a material that grows crystal grains to several tens of times larger than general pure copper and has the same direction of crystal lattice. The larger the crystal grain, the smaller the grain boundary (border surface between crystals), and the sound quality is dramatically improved. In addition, regarding the direction of the crystal, the direction is observed by the analysis phenomenon by X-ray irradiation, and the manufacturing process is optimized. The synergistic effect of DUCC x acrolink and stress-free makes it an extremely excellent wire rod with an unparalleled “optimal direction for power supply current transmission”.
Plug / Connector: Equipped with Oyaide Denki power plug and IEC connector with Acrolink custom finish. The blade is made of beryllium copper, which is currently considered to have the best sound quality, and is mirror-finished twice to improve smoothness and widen the contact area, and is finished with a wall thickness of 1.5μ silver plating + 0.3μ rhodium plating. Furthermore, the chassis uses a high-rigidity, high-density engineering plastic PBT containing glass fiber. The cover is made of thick polycarbonate with excellent strength and hardness. It is a high-performance part with a high attenuation rate of weak vibration and minimal distortion due to its high rigidity. Hold performance is enhanced by the 3P terminal structure and tough body construction.
