Acoustic Revive LINE-R TripleC Interconnect Cable Solid-core Copper (cut-sales)

To order a piece of the desired length, insert the desired quantity in the cart (quantity 1 = 1 meter of cable). Eg to build a pair of 1 meter cables by yourself, order quantity 2.

PC-tripleC conductor, single line of superiority

Balanced internal structure with two identical red and black solid-core conductors + shield made of a copper tube

Cable Structure

Inner conductor

• Material: PC-Triple C

• Configuration: 1 conductor, 0.9 mm

• Conductor diameter: approx. 0.9 mm

Insulation

• Material: PFA (Perfluoroalkoxy)

• Colors: White / Red

• Thickness: approx. 0.23 mm

• Outer diameter after insulation: approx. 1.35 mm

Twisted pair

• Twisted with silk thread as filler

• Drain wire inserted longitudinally

• Drain wire: PC-Triple C (A) Ø 0.32 mm

• Shielding: PET copper tape (conductive side facing inward)

• Outer diameter: approx. 2.9 mm

Outer sheath

• Material: Flame-retardant polyolefin

• Color: Red

• Thickness: 1.1 mm

• Outer diameter: approx. 5.0 mm

Final diameter

• 5.0 ± 0.2 mm

A world first ! By using traditional Japanese forging processes, a new ‘ultimate’ conductor has been produced.

Forging process
Copper is compressed to 70% by forging tens of thousands of times by gradual application of pressure with a fixed angle and direction. (The constant angle continuation transfer forging method). By using this forging process, the transverse crystal grain boundary changes and becomes more longitudinal, crystals now have consecutive connections which makes current flow extremely smooth.

In addition, by forging, the conductor density is dramatically improved by destroying the internal air grains. This, in turn, improves the conductivity and the acoustic signature of the copper.

A conductor section before forging process

Electric current flow: The crystal structure and grain boundaries that are formed in a transverse state are a disturbance to the electric current and signal transmission.

So 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.

By further continuous forging, crystal structures and grain boundaries are subdivided and lined up longitudinally which generates a smoother signal transmission.

Annealing process after core-wire processing
PC-TripleC wire after "Continuous Crystal Construction" process is further processed by Transfer Forging method for thinner wire.Then Annealing process is carried out under a temperature and time control depending on a thickness of the wire.In result, crystals fuse each other and change into more consecutive crystal.