Nova OCC Speaker Cable 12AWG

Our Nova  speaker cable consists of PC-OCC single crystal copper in a multi-strand litz construction with an individually insulated silver coated core.  Using a tight strand/high pitch lay this 12 AWG speaker cable can handle the most demanding systems and loudspeakers on the market. 

● PC OCC Single Crystal Copper Conductor
● Silver Coated OCC Center conductor
● Litz construction
● Tight pitch stranding
● 12AWG
● Insulation/Dielectric 1: HPE Clear
● Insulation/Dielectric 2: High Density PVC
● Jacket: High Flexibility PVC 105C
● 105˙C degree PVC
● Spaced layer extrusion 6mm
● Anti-static direct braid jacket
● Anti-vibration EVA cable sleev
● Braided silicone fiberglass breakouts (black)
● Sleeve 1: Polyethylene terephthalate (PET) monofilament
● Diameter 17.0mm
● Connectors: 1877Phono locking banana, 24k gold plated, 9mm, 8pcs
● Lengths: 2x2.5m (custom lengths and termination available)

Deep Cryo™ Treatment
All of the conductors used in our cables undergo Deep Cryo™ treatment before the insulation is extruded over the metals. Our research has proven that the conductor—and only the conductor— benefits from cryo-treatment. Materials such as polyvinyl chloride (PVC™), Teflon™, PE, and Silicon™ can all be adversely affected by cold-temperature annealing. Cryo-treating non-conductors and insulating materials can cause them to break down and become brittle.
The purity, size, and molecular structure of each conductor determine the specific temperature within the -186ºC to - a 196ºC range that we cryo-treat it at. Zavfino’s research into cold temperature physics has proven that the absolute lowest temperature is not necessarily the best for cryo-treatment.
This is a two-stage process. In the first stage we draw the bare conductor through a ceramic die into an ultrasonic cleaning chamber that bombards the conductor with multiple ultrasonic frequencies. This emulsification process removes all debris from the surface of the wire down to the molecular level and leaves absolutely zero residues.

UltraSonic 7 High Voltage / Thermal Break-in
This is a two-stage process. In the first stage we draw the bare conductor through a ceramic die into an ultrasonic cleaning chamber that bombards the conductor with multiple ultrasonic frequencies. This emulsification process removes all debris from the surface of the wire down to the molecular level and leaves absolutely zero residues. After each individual wire is processed, we strand it into bundles and then subject the bundles to further treatment. During the second stage of the ultrasonic burn-in, we increase the voltage to a higher level that’s just below the threshold of the conductor. This adjustment in temperature allows us to get a unique “break-in effect” normally associated with cables that have had 30 to 40 hours of signal and/or current run through them.