PC-Triple C Copper
Pure Copper - Continuous Crystal Construction
A world's first ! By using traditional Japanese forging processes, a new ‘ultimate’ conductor has been created.
Forging Process
Copper is compressed to 70% by the gradual application of pressure with a fixed angle and direction in tens of thousands of forging operations. (The constant angle continual transfer forging method). By using this process, the transverse crystal grain boundary becomes more longitudinal. Crystals now have consecutive connections which makes current flow extremely smooth.
In addition, the forging process dramatically improves conductor density by removing oxygen, which improves the conductivity and acoustic signature of the copper.
Copper is compressed to 70% by the gradual application of pressure with a fixed angle and direction in tens of thousands of forging operations. (The constant angle continual transfer forging method). By using this process, the transverse crystal grain boundary becomes more longitudinal. Crystals now have consecutive connections which makes current flow extremely smooth.
In addition, the forging process dramatically improves conductor density by removing oxygen, which improves the conductivity and acoustic signature of the copper.
The crystal structure and grain
boundaries that are formed in a
transverse state are a disturbance
to the electric current
and signal transmission.
boundaries that are formed in a
transverse state are a disturbance
to the electric current
and signal transmission.
The Crystals and grain boundaries that were in a transverse state are elongated and become more longitudinal when they are forged repeatedly in the same
direction.
direction.
By further continuous forging,
crystal structures and grain
boundaries are subdivided and
lined up longitudinally which
generates a smoother signal
transmission.
crystal structures and grain
boundaries are subdivided and
lined up longitudinally which
generates a smoother signal
transmission.
After the "Continuous Crystal Construction" process is
complete, further processing by the "Transfer Forging Method" produces thinner gauges of wire. Then a lengthy temperature and time controlled annealing process is carried out according to the thickness of the wire, causing the crystals to fuse with each other, creating an even more linear crystal structure.
415-897-8884 • joe@lotusgroupusa.com